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Minority-owned biotech startup Acclinate Genetics secures investment to expand diversity in clinical trials – GlobeNewswire

Tuesday, September 15th, 2020

Acclinate Genetics Co-Founders Tiffany Jordan-Whitlow and Del Smith

Huntsville, Alabama, Sept. 15, 2020 (GLOBE NEWSWIRE) -- Racial and ethnic minorities make up 40 percent of the U.S. population. But in clinical trials, minorities often account for as little as two percent of participants. As a result, there are many examples of commonly prescribed pharmaceuticals that are less effective or have negative side effects due to a persons race and ethnicity.

This is a problem that needs to be addressed, saysDel Smith, co-founder and Chief Executive Officer of Acclinate Genetics. It only exacerbates the health inequalities were already dealing with in America and around the world. We believe that diversifying genomic research and clinical trials to include more representation and diversity increases knowledge about health issues and makes a difference in personalized healthcare for all.

Smith and co-founder of Acclinate Genetics Tiffany Jordan-Whitlow have both been personally impacted by the lack of minority representation in medicine. Their company helps biopharmaceutical companies and contract research organizations increase minority and ethnic participation in research and trials. With a platform that protects privacy, the company utilizes machine learning and predictive analytics to ensure selection of more diverse participants. Acclinate creates value by decreasing the overall cost of drug development, increasing the speed of drug approval, integrating with virtual clinical trials and contributing to the discovery of new drugs.

Acclinate Genetics recently gained backing from Bronze Valley, a Birmingham-based early stage venture investment platform dedicated to supporting high growth, minority-owned businesses. The partnership makes Acclinate Genetics the first bio company to join Bronze Valleys portfolio.

We are proud to announce our partnership with Bronze Valley, and we are grateful for their support and confidence in Acclinate Genetics position for future growth. says Jordan-Whitlow. With forward momentum, Acclinate remains focused on helping diverse individuals make informed decisions about genomic research, clinical trial participation and their overall health.

Addressing longstanding inequities in research and clinical trials also presents business opportunities. Currently, the clinical trial patient recruitment market is a $3.4 billion business, a figure projected to grow to $5.3 billion by 2030.

Acclinates Smith says that he and Jordan-Whitlow have followed the philosophy of applying sound business principles to making positive social impacts. As Acclinate continues to grow and scale, the company seeks investors and partners, who honor that same philosophy, to come alongside them.

About Acclinate Genetics

Acclinate Genetics is a Huntsville-based startup working to help biopharmaceutical companies and contract research organizations increase the representation and diversity of their genomic research and clinical trials. Founded by Del Smith and Tiffany Jordan-Whitlow, the trusted digital health company has a mission to educate and engage diverse individuals to make informed decisions about their health. For more information about Acclinate Genetics, visit http://www.acclinategenetics.com.

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Fulgent Genetics to Provide COVID-19 Testing Solutions for the State of Utah – GlobeNewswire

Tuesday, September 15th, 2020

TEMPLE CITY, Calif., Sept. 15, 2020 (GLOBE NEWSWIRE) -- Fulgent Genetics, Inc. (NASDAQ: FLGT) (Fulgent Genetics or the company), a technology company providing comprehensive testing solutions through its scalable technology platform, today announced a new partnership with the State of Utah for COVID-19 testing.

Through a competitive bidding process, the Utah Department of Health selected Fulgent Genetics to utilize the companys FDA EUA-approved RT-PCR test for its Test Utah COVID-19 testing initiative. This initiative was developed to increase availability of COVID-19 testing solutions for residents across the state of Utah to help stem the spread of COVID-19. Fulgents RT-PCR test is being administered at a number of fixed sites and mobile units in select counties across the state, with the potential to expand as the program grows. Samples are collected on-site and processed at Fulgents lab in Temple City, California and results are delivered to patients within an average of 24 hours of sample receipt.

We are pleased to be selected as a partner by the Utah Department of Health for their Test Utah initiative, which is making COVID-19 testing more readily available for residents of Utah, commented Brandon Perthuis, Chief Commercial Officer of Fulgent Genetics. The State of Utah joins the growing list of municipalities, healthcare providers and organizations that have selected Fulgents RT-PCR test for their COVID-19 testing needs. Our rapid turnaround time, reliable testing solutions combined with our user-friendly platforms and applications continue to be reasons why Fulgent is selected as a testing partner in these competitive situations.

As we look to stop the spread of COVID-19 and save lives across the state of Utah, we are pleased to be working with Fulgent Genetics as part of our Test Utah initiative to offer our residents a convenient and reliable testing solution for COVID-19, said Utah Governor Gary Herbert. The goal of our Test Utah initiative is to dramatically increase the rate of COVID-19 testing in the state so residents can have better access to testing and help stem the spread of COVID-19, so we can get back to normal as quickly as possible. We are thankful to have Fulgent as a partner to offer reliable and timely COVID-19 testing solutions.

For more information on the State of Utahs Test Utah program, please visit http://www.testutah.com.

About Fulgent Genetics

Fulgent Genetics proprietary technology platform has created a broad, flexible test menu and the ability to continually expand and improve its proprietary genetic reference library while maintaining accessible pricing, high accuracy and competitive turnaround times. Combining next generation sequencing (NGS) with its technology platform, the company performs full-gene sequencing with deletion/duplication analysis in an array of panels that can be tailored to meet specific customer needs. In 2019, the company launched its first patient-initiated product, Picture Genetics, a new line of at-home screening tests that combines the companys advanced NGS solutions with actionable results and genetic counseling options for individuals. Since March 2020, the company has commercially launched several tests for the detection of SARS-CoV-2, the virus that causes the novel coronavirus (COVID-19), including NGS and reverse transcription polymerase chain reaction (RT-PCR) - based tests. The company has received Emergency Use Authorization (EUA) from the U.S. Food and Drug Administration (FDA) for the RT-PCR-based tests for the detection of SARS-CoV-2 using upper respiratory specimens (nasal, nasopharyngeal, and oropharyngeal swabs) and for the at-home testing service through Picture Genetics. A cornerstone of the companys business is its ability to provide expansive options and flexibility for all clients unique testing needs through a comprehensive technology offering including cloud computing, pipeline services, record management, web portal services, clinical workflow, sequencing as a service and automated lab services.

About Picture Genetics

Through its Picture Genetics platform launched in 2019, Fulgent Genetics offers consumers direct access to its advanced genetic testing and analytics capabilities from the ease and comfort of home, at an affordable price point. The Picture Genetics platform provides a holistic approach to at-home genetic screening by including oversight from independent physicians as well as genetic counseling options to complement Fulgent Genetics comprehensive genetic testing analysis. The Picture Genetics platform currently offers multiple tests, providing medically actionable, clinical-level results with professional medical follow-up in one easy process. Visit http://www.picturegenetics.com for more information.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. Examples of forward-looking statements in this press release include statements about, among other things: managements beliefs, judgments and estimates regarding Fulgents testing solutions, including its technology platforms and RT-PCR testing solution; the companys identification and evaluation of opportunities and its ability to capitalize on opportunities to grow its business; and its expected lab capacity and results turnaround times.

Forward-looking statements are statements other than historical facts and relate to future events or circumstances or the companys future performance, and they are based on managements current assumptions, expectations and beliefs concerning future developments and their potential effect on the companys business. These forward-looking statements are subject to a number of risks and uncertainties, which may cause the forward-looking events and circumstances described in this press release to not occur, and actual results to differ materially and adversely from those described in or implied by the forward-looking statements. These risks and uncertainties include, among others: the ongoing impacts of the COVID-19 pandemic, including the preventive public health measures that may continue to impact demand for its tests and the pandemics effects on the global supply chain; the market potential for, and the rate and degree of market adoption of, the companys tests, including its newly-developed tests for COVID-19 and genetic testing generally; the companys ability to capture a sizable share of the developing market for genetic and COVID-19 testing and to compete successfully in these markets, including its ability to continue to develop new tests that are attractive to its various customer markets, its ability to maintain turnaround times and otherwise keep pace with rapidly changing technology; the companys ability to maintain the low internal costs of its business model, particularly as the company makes investments across its business; the companys ability to maintain an acceptable margin on sales of its tests, particularly in light of increasing competitive pressures and other factors that may continue to reduce the companys sale prices for and margins on its tests; risks related to volatility in the companys results, which can fluctuate significantly from period to period; risks associated with the composition of the companys customer base, which can fluctuate from period to period and can be comprised of a small number of customers that account for a significant portion of the companys revenue; the companys ability to grow and diversify its customer base and increase demand from existing and new customers; the companys investments in its infrastructure, including its sales organization and operational capabilities, and the extent to which these investments impact the companys business and performance and enable it to manage any growth it may experience in future periods; the companys level of success in obtaining coverage and adequate reimbursement and collectability levels from third-party payors for its tests; the companys level of success in establishing and obtaining the intended benefits from partnerships, joint ventures or other relationships; the companys compliance with the various evolving and complex laws and regulations applicable to its business and its industry; risks associated with the companys international operations; the companys ability to protect its proprietary technology platform; and general industry, economic, political and market conditions. As a result of these risks and uncertainties, forward-looking statements should not be relied on or viewed as predictions of future events.

The forward-looking statements made in this press release speak only as of the date of this press release, and the company assumes no obligation to update publicly any such forward-looking statements to reflect actual results or to changes in expectations, except as otherwise required by law.

The companys reports filed with the U.S. Securities and Exchange Commission (SEC), including its annual report on Form 10-K for the year ended December 31, 2019 filed with the SEC on March 13, 2020 and the other reports it files from time to time, including subsequently filed quarterly and current reports, are made available on the companys website upon their filing with the SEC. These reports contain more information about the company, its business and the risks affecting its business.

Investor Relations Contact:The Blueshirt GroupNicole Borsje, 415-217-2633; nborsje@blueshirtgroup.com

Media Contact:The Blueshirt GroupJeff Fox, 415-828-8298, jeff@blueshirtgroup.com

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Fulgent Genetics to Provide COVID-19 Testing Solutions for the State of Utah - GlobeNewswire

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California Enacts the Genetic Privacy Information Act | Newmeyer Dillion – JD Supra

Tuesday, September 15th, 2020

With the focus of personal privacy increasing, it is unsurprising that additional laws are being proposed to increase privacy rights, including the California Privacy Rights Act initiative on the ballot this upcoming November. More immediately, the California legislature passed, and Governor Newsom signed, the Genetic Information Privacy Act ("GIPA"). GIPA specifically targets biometric information, due to the increase of genetic tracing services, like 23andMe and Ancestry.com. This law pertains to adding more protections to genetic privacy. Many questions arise following the passage of GIPA, such as what businesses are affected? What, if any, penalties or causes of action exist under this new law? How does this law work alongside the CCPA?

WHAT IS IN THE LAW?

The law requires notices and actual, express consent from consumers for direct-to-consumer genetic testing companies, and any other company that collects, uses, maintains, or discloses information collected from biometric samples, or from any other element concerning genetic material (i.e. genes). Regarding the express consent provision in particular, this requires that consent is provided for: (1) the use of data through the genetic testing product being provided, for those specific purposes; (2) the storage of the consumer's biometric sample after testing is complete; (3) each use of the genetic data or sample beyond what was originally intended; (4) each transfer or disclosure to a third party other than service providers, including that third party's name; and (5) any marketing based on the genetic data. In essence, unless a consumer explicitly opts in, these companies cannot store, use, or market based on the genetic information.

WHAT ARE THE PENALTIES?

The penalties for not following GIPA are akin to those for the CCPA, with a $1,000 fine, plus court costs for negligent violations, and $10,000 for willful violations. Furthermore, unlike the CCPA, this law does include a private right of action, as it allows a person who has suffered injury in fact, or has lost money or property, as a result of a violation. In essence, this increases the damages for a company which fails to reasonably secure genetic information from data breaches, though plaintiffs may have difficulty showing that money or property was lost due to the exposure of their genetic information, unlike the CCPA, which implements statutory damages just for the breach occurring.

HOW DOES THIS INTERACT WITH THE CCPA?

Regarding the CCPA, both laws will be in effect, and these companies would be obliged to provide additional notices in addition to those required under the CCPA. Furthermore, they both would protect the same information, as the CCPA does protect biometric data, which would largely overlap with the protections of the genetic information under GIPA. GIPA and the CCPA also both require that reasonable security is utilized to protect the consumer's genetic information. However, GIPA also goes further, in requiring that reasonable security is taken to prevent unauthorized destruction as well. Furthermore, it is noteworthy that GIPA relies on the same "reasonable security" language as the CCPA.

Ultimately, GIPA places stricter requirements on genetic testing companies, such that they will have to be more transparent with consumers, and it may serve as a model for future changes to the CCPA. For instance, GIPA will require more click-wrap agreements and additional changes to items like Terms of Use agreements, to ensure that users agree to each use of the genetic data.

WHAT SHOULD A BUSINESS DO?

For businesses subject to GIPA, reviewing, adjusting and implementing additional consent measures to a website should be paramount, as well as reviewing and updating the privacy policy once more in order to make sure that all notices are present. Furthermore, reviewing current security measures and processes is equally important, due to the more stringent requirements on the restrictions against unauthorized destruction of information.

Ultimately, the biggest change to genetic testing companies under GIPA may be an increased reliance on consumer accounts permitting consumers to login, see, and manage their data in order to give the individualized consents, an increased reliance on click-wrap agreements requiring that consumers scroll through, read, and accept actions by the company before the company takes them, or a combination of the two.

For other businesses, GIPA provides an opportunity to implement and utilize stricter privacy guidelines, and implement them as a potential benefit to consumers, as GIPA requirements largely surpass those under the CCPA.

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California Enacts the Genetic Privacy Information Act | Newmeyer Dillion - JD Supra

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Craving the Sun? Twin Study Finds It May Be Genetic – MedicalResearch.com

Tuesday, September 15th, 2020

MedicalResearch.com Interview with:

Dr Mario FalchiHead of Bioinformatics for the School of Life Course SciencesDepartment of Twin Research & Genetic EpidemiologyKings College London

MedicalResearch.com: What is the background for this study?

Response: The relationship between sun exposure and health is a double-edged sword, on one side there is the beneficial effect of vitamin D production and on the other the increased risk of skin cancer, depending on length and frequency of exposure, and on the individual skin type.

Despite public health campaigns, changing sun-seeking behaviour seems to be challenging for some people, even for those with a familial or personal history of skin cancer. Previous investigations have suggested that exposure to UV could be addictive.

MedicalResearch.com: What are the main findings?

Response: We investigated the sun seeking behaviour of 2,500 twins from the TwinsUK cohort, finding that identical twins tend to share a more similar attitude towards sun exposure compared to fraternal twins. Sun seeking seems to be heritable and significantly influenced by genetics. To identify the genes involved, we performed a genome-wide association study of sun seeking behaviour in 260,000 volunteers from the UK Biobank and the US Nurses Health Studies and Health Professionals Follow-up Study, which highlighted five significantly-associated genetic loci. These loci are enriched for genes expressed in the central nervous system, and that have been previously associated with behavioural traits, cognitive function, and addiction. Interestingly, one of these genes has also recently been associated with vitamin D levels

MedicalResearch.com: What should readers take away from your report?

Response: Sun seeking behaviour is influenced by genes involved in neuropsychological traits and addiction. This should be taken into account to improve the efficiency of public health campaigns aimed at reducing sun exposure and incidence of skin cancer.

MedicalResearch.com: What recommendations do you have for future research as a result of this work?

Response: Further investigations aimed at understanding the mechanisms of addiction more generally, and the biological pathways involved will help in identifying potential drug targets to tackle and help controlling a number of risky behaviours that have a negative impact on public health.

Citation:

Sanna Marianna, Li Xin, Visconti Alessia, Freidin Maxim B, Sacco Chiara, Ribero Simone, Hysi Pirro, Bataille Veronique, Han Jiali, Falchi Mario.Looking for Sunshine: Genetic Predisposition to Sun-Seeking in 265,000 Individuals of European Ancestry.Journal of Investigative Dermatology, 2020; DOI:10.1016/j.jid.2020.08.014

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Last Modified: Sep 14, 2020 @ 11:12 am

The information on MedicalResearch.com is provided for educational purposes only, and is in no way intended to diagnose, cure, or treat any medical or other condition. Always seek the advice of your physician or other qualified health and ask your doctor any questions you may have regarding a medical condition. In addition to all other limitations and disclaimers in this agreement, service provider and its third party providers disclaim any liability or loss in connection with the content provided on this website.

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The Borofka family celebrates another year with their son, who is suffering from a rare genetic disease – KSBW Monterey

Tuesday, September 15th, 2020

The Borofka family celebrated their son JTs second birthday by throwing him a drive-by birthday parade Sunday. JT Borofka has already achieved more obstacles than most kids his age. Suffering with Triosephosphate Isomerase Deficiency, or TPI, this rare genetic disease has been challenging to say the least.Hes weaker, but at the moment hes stable, explained JTs mom, Tara Borofka. We still work with physical therapy. Hes got a little bit better head control. JT is extremely strong and doesnt give up. If theres a toy that is a little too far, he will reach for it even if he has to fall over.And just like JT, his doctors in Pittsburgh arent giving up either.The next step is to go through all the compounds they have found that could possibly be a cure, explained Jason Borofka, JTs dad.Michael Palladino, Professor of Pharmacology and Chemical Biology at the University of Pittsburgh School of Medicine said those compounds will need to be tested.We can test them first in a mouse model, explained Palladino. If you can show that not only did it work in JTs cell. We have JTs cells to test these drugs in, but when we put it in an animal model with his same mutations, that that animal model improves as well.The process can take anywhere from 8 months to 3 years, but while the Borofkas wait for the cure, theyre focusing on celebrating another year with their son.If you would like more information about JT and the researching being done in Pittsburgh, you can visit their website.

The Borofka family celebrated their son JTs second birthday by throwing him a drive-by birthday parade Sunday. JT Borofka has already achieved more obstacles than most kids his age. Suffering with Triosephosphate Isomerase Deficiency, or TPI, this rare genetic disease has been challenging to say the least.

Hes weaker, but at the moment hes stable, explained JTs mom, Tara Borofka. We still work with physical therapy. Hes got a little bit better head control. JT is extremely strong and doesnt give up. If theres a toy that is a little too far, he will reach for it even if he has to fall over.

And just like JT, his doctors in Pittsburgh arent giving up either.

The next step is to go through all the compounds they have found that could possibly be a cure, explained Jason Borofka, JTs dad.

Michael Palladino, Professor of Pharmacology and Chemical Biology at the University of Pittsburgh School of Medicine said those compounds will need to be tested.

We can test them first in a mouse model, explained Palladino. If you can show that not only did it work in JTs cell. We have JTs cells to test these drugs in, but when we put it in an animal model with his same mutations, that that animal model improves as well.

The process can take anywhere from 8 months to 3 years, but while the Borofkas wait for the cure, theyre focusing on celebrating another year with their son.

If you would like more information about JT and the researching being done in Pittsburgh, you can visit their website.

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Can we stand together and overcome adversity and genetics? – Laurel Outlook

Friday, September 11th, 2020

I would like to refer to the excellent article by Barbara Karst in the Outlook September 3rd edition. I take exception to one statement.

Racism is not an inherent attitude. It has to be taught by someone - parents, grandparents, and others who are racist/ bigoted. This statement brings into play the continuing discussion; does man learn through nurture or nature? Do we only learn from the experiences encountered from the time of conception on, or is there residual knowledge passed on to us via genetics?

I would like to refer you to the works of Dr. E. O. Wilson, major proponent of sociobiology, Robert Ardrey and his four book series, The Nature of Man, and to the work of Dr Raymond Dart after his 1924 discovery of the Australopithecus Africanus. Their assertion is we learn by both nurture AND nature. Dr. Darts bold, blunt and controversial statement is both man and animals retain knowledge through instinct. The strongest instinct being the instinct to survive.

There are many facets to the act of survival. Currently most common is the discussion of the herd instinct, or the social need for community. This need for community is so strong, we use the deprivation of community as a form of punishment. We imprison, or remove from society our criminals. Solitary confinement is not only considered a punishment but has proven to be a form of torture. Religions shun or excommunicate controversial individuals. We instinctually repel or fear that which is new or not understood for it may threaten our survival.

To be succinct, we are all bigots. Strength in numbers, or the herd can provide security. We look alike. We talk alike. We think alike. I will be safe. I will survive and in times of stress, we revert to that which we presume will again protect us.

Ironically, the study of genetics has shown us the necessity for diversity. We have learned the inbreeding of animals and humans can cause numerous physical and mental deficiencies. We can also inbreed our society intellectually. The art of learning is augmented through the nurturing of our young and the continued exploration of creation throughout our lives.

In this time of social and economic uncertainty, will we revert to the herd? Retreat to our embattlements and separate into isolated communities fearful of the unknown? Or do we have the courage and strength of character to stand together in an ever expanding herd and face the unknown? Strength of numbers, nature, expansion of knowledge, nurture, they can work together.

Jim Tikalsky of Laurel

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Brighton researchers lead study on genetics and asthma – The Argus

Friday, September 11th, 2020

A STUDY has shown for the first time that genetics may play a part in how well children respond to treatment for asthma.

Researchers at Brighton and Sussex Medical School (BSMS) say their findings indicate that childrens asthma symptoms could be better controlled with personalised treatments.

Dr Tom Ruffles, honorary consultant in paediatric respiratory medicine, worked with a study team led by Professor Somnath Mukhopadhyay, chairman in paediatrics at the Royal Alexandra Childrens Hospital and BSMS.

Dr Ruffles and Professor Mukhopadhyay presented the results from their trial at the virtual European Respiratory Society International Congress.

According to Dr Ruffles, asthma affects one in 11 children in the UK and a child is admitted to hospital because of their asthma every 18 minutes.

He told the conference: Asthma is a common condition in children that causes coughing, wheezing and difficulty breathing.

We have a number of medicines that are generally effective in treating children with asthma, but they dont work equally well for all children.

We think that genetic differences could have an effect on whether these medicines work and thats what we wanted to examine in this study.

Previous research suggests the majority of children with asthma will benefit from standard treatment with a medicine called salmeterol and their regular steroid inhaler.

However about one in seven children have a small genetic difference which means using this medication could actually result in them having more asthma symptoms.

The BSMS study involved 241 young people aged between 12 and 18 who were all being treated for asthma.

Participants were randomly assigned either to receive treatment according to existing guidelines, or treatment according to particular genetic differences their genotype an approach known as personalised medicine.

Children in the personalised medicine group were treated with an alternative asthma medicine called montelukast.

Researchers followed the children for a year to monitor their quality of life, with a score between one and seven according to how their symptoms were and whether their normal activities were limited by their asthma.

They found that for children with a particular gene who were given personalised treatment, they experienced an improvement in their quality of life score.

Professor Mukhopadhyay said: These results are very promising because they show for the first time, that it could be beneficial to test for certain genetic differences in children with asthma and select medication according to those differences. In this study we saw only a modest effect, but this may be partly because the childrens asthma was generally very well controlled and only a few children experienced any serious symptoms during the 12-month period.

Larger trials, with a focus on those with poorer asthma control, may help us determine the true benefit for children of prescribing in this way.

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Harbour BioMed and Hualan Genetic Announced Collaboration to Develop Multiple Innovative Antibody Programs – PRNewswire

Friday, September 11th, 2020

CAMBRIDGE, Mass.,ROTTERDAM, Netherlands, SUZHOU,China and XINXIANG, China, Sept. 11, 2020 /PRNewswire/ -- Harbour BioMed (HBM), a global, clinical-stage, innovative biopharmaceutical company today announced a strategic partnership agreement with Hualan Genetic Engineering Co., Ltd (Hualan Genetic) to develop HBM's three proprietary innovative monoclonal and bispecific antibodies.

Under the terms of the agreement, Hualan Genetic will be responsible for preclinical and process development in exchange for exclusive rights for the development, manufacturing, and commercialization of these innovative antibody drugs in Greater China (Mainland China, Hong Kong, Taiwan and Macau). HBM will retain the rights for advancing the clinical development and commercialization in rest of the world. Both parties will collaborate on clinical developments and drug manufacturing. HBM will receive an upfront payment of USD 8.75M and royalties based on sales in Greater China.

Using its proprietary H2L2 and HCAb fully human transgenic mouse platforms, HBM has developed a series of novel antibody candidates against oncology and immunological diseases. Many of these candidates have already progressed to preclinical and clinical stages. HBM has developed an immune cell engager platform HBICE, and one productof this collaboration with Hualan Genetic is HBICE bispecific antibody.

Hualan Genetic has been dedicated to R&D and the production of monoclonal antibodies, recombinant human coagulation factors, recombinant hormone drugs. To date, the company has 19 recombinant protein products under development and 7 monoclonal antibody products that received approval for the clinical trial, among which several are under Phase III clinical study. Hualan Genetic is a novel biopharmaceutical company specializing in R & D, production and sales with product indications covering a dozen major diseases, including breast cancer, melanoma, lung cancer, colorectal cancer, and diabetes mellitus.

"We are pleased to join forces with Hualan to accelerate the development of novel therapeutics based on our HCAb platform that gives us the flexibility to design and develop innovative therapeutics. This collaboration brings together complementary capabilities to address patients' needs across the world." said Dr. Jingsong Wang, Founder, Chairman & Chief Executive Officer of HBM. "As a global biopharma, we have been collaborating with several industry and academic partners around the world to leverage complementary capabilities in both research and development to advance the next generation of therapeutics in oncology and immunology." he added.

Dr. Wenqi An, General Manager of Hualan Genetic, said, "Business of antibody drugs is one of the core strategic directions for the future development of Hualan Genetic. Previously, Hualan Genetic has successfully completed R&D of 7 monoclonal antibody drugs and established an antibody-drug production line with a scale of 10,000L. Hualan Genetic is on the development path transiting from the production of biosimilars to R&D of products concentrated on the latest antibody technologies (such as HBICE bispecific antibody). Hualan is very pleased to cooperate with HBM to accelerate our buildup ofinnovative product pipeline and accomplish the upgrade from biosimilars to bio-innovative drugs."

About Harbour BioMed

Harbour BioMed is a global, clinical stage biopharmaceutical company developing innovative therapeutics in the fields of immuno-oncology, immunologic diseases, and COVID-19. The company is building its proprietary pipeline through internal R&D programs, collaborations with co-discovery and co-development partners and select acquisitions.

The company's internal discovery programs are centered around its two patented transgenic mouse platforms (Harbour Mice) for generating both fully human monoclonal antibodies, heavy chain only antibodies (HCAb) and HBICE immune cell engager technology for developing bispecific antibodies. Harbour BioMed also licenses the platforms to companies and academic institutions. The company has operations in Cambridge, Massachusetts; Rotterdam, the Netherlands; and Suzhou & Shanghai, China. For more information, please visit: http://www.harbourbiomed.com

About Hualan Genetic

Hualan Genetic has been dedicated to R&D and production of monoclonal antibodies since its foundation in 2013. From generics to biologics, Hualan Genetic has started its independent innovation development path transiting from production of biosimilars to R&D of products with the latest antibody technologies (such as innovative drugs of bispecific antibody and heavy-chain-only antibody). The company has advanced and complete R&D testing platform, pilot test workshop, scale production workshop and inspection testing platform, with four 2,500L and two 500L cell culture production lines of EU and WHO standard design, and various fully automatic filling lines, which can realize production, filling and packaging and lyophilization for various products of different scales at the same time. Hualan also provides CRO and CMO services of biomacromolecules including monoclonal cell strain screening, assessment, process R&D, drug analysis, preparations development, submission and approval for production, filling and packaging and labeling.

Media and Investor Contact:

Harbour BioMed Atul Deshpande PhD, MBA Chief Strategy Officer and Head, US Ops. Phone: +1-908-210-3347 E-mail: [emailprotected]

Hualan Genetic International Business Director Kevin Cai E-mail: [emailprotected]

SOURCE Harbour BioMed

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Genetic sleuths flesh out the story of how coronavirus got its start in Washington – GeekWire

Friday, September 11th, 2020

An epidemiological family tree shows how different strains of the coronavirus that causes COVID-19 spread out across different regions of the world. The red circle highlights WA1, the first confirmed case reported in Washington state and the United States. Click on the image for a larger view. (Nextstrain Graphic)

Detailed genetic analyses of the strains of virus that cause COVID-19 suggest that the outbreak took hold in Washington state in late January or early February, but went undetected for weeks.

Thats the upshot of two studies published by the journal Science, based on separate efforts to trace the genetic fingerprints of the coronavirus known as SARS-CoV-2.

The studies draw upon analyses of more than 10,000 samples collected in the Puget Sound region as part of the Seattle Flu Study during the early weeks of the outbreak, plus thousands more samples from other areas of the world.

One of the studies was conducted by a team including Trevor Bedford, a biologist at Seattles Fred Hutchinson Cancer Research Center who has been issuing assessments of the virus and its spread since the earliest days of the outbreak. The first version of the teams paper went online back in March and was revised in May, months in advance of todays peer-reviewed publication.

The other study comes from researchers led by the University of Arizonas Michael Worobey, who also published a preliminary version of their results in May.

There are subtle differences between the two analyses. For example, Bedford and his colleagues say its most likely that the majority of the infections in Washington state arose from a single case that was introduced in late January or early February.

Worobeys team, however, suggests multiple travelers returning from China during that time frame may have brought the virus to Washington and California.

Bedford and his colleagues say theres not yet enough evidence to rule out the hypothesis that the community spread of coronavirus started with the first reported case, known as WA1, which dates to Jan. 19. But the other teams analysis, which involved running simulations of the virus spread, argues against that scenario.

Worobey and his colleagues also argue against the possibility that the virus came to Washington state via British Columbia, which was an alternate scenario suggested by the data. Instead, they say its more likely that the virus made the jump directly from China.

At the time, foreign travelers were barred from coming to the U.S. from China, but tens of thousands of U.S. citizens and visa holders continued to make the trip even after the ban took effect. Worobey and his co-authors say a similar scenario led to separate introductions of the virus to the U.S. East Coast from China via Europe.

Both studies suggest that closer surveillance of COVID-19 cases, based on the model established by the Seattle Flu Study, could have lessened the impact of the pandemic in the U.S. But in a news release, Worobey said theres a silver lining to the researchers gloomy conclusions.

Our research shows that when you do early intervention and detection well, it can have a massive impact, both on preventing pandemics and controlling them once they progress, Worobey said. While the epidemic eventually slipped through, there were early victories that show us the way forward: Comprehensive testing and case identification are powerful weapons.

Trevor Bedford, Alex Greninger, Pavitra Roychoudhury, Lea Starita and Michael Famulare are the lead authors of Cryptic Transmission of SARS-CoV-2 in Washington State. Jay Shendure and Keith Jerome are the senior authors and there are scores of co-authors, including investigators with the Seattle Flu Study.

In addition to Worobey, the authors of The Emergence of SARS-CoV-2 in Europe and North America include Jonathan Pekar, Brendan Larsen, Martha Nelson, Verity Hill, Jeffrey Joy, Andrew Rambaut, Marc Suchard, Joel Wertheim and Philippe Lemey.

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Genetic Links to Drug and Alcohol Use Among Young People With Mental Health Risks – Medscape

Friday, September 11th, 2020

Young people who are genetically predisposed to risk-taking, low extraversion and schizophrenia are more likely to use alcohol, cigarettes, cannabisor other illicit drugs, according to a new University College London-led study.

The researchers say that the findings, published in Addiction Biology, are in line with the notion that people who are more vulnerable to psychopathology or certain personality traits are more inclined to try several types of drugs or use them to 'self-medicate'.

The study used data from the Avon Longitudinal Study of Parents and Children (n=4218) and applied traitstateoccasion models to delineate the common and substancespecific factors based on four classes of substances (alcohol, cigarettes, cannabis and other illicit substances) assessed over time (ages 17, 20 and 22 years). The researchers generated 18 polygenic scores indexing genetically influenced mental health vulnerabilities and individual traits.

The results implicated several genetically influenced traits and vulnerabilities in the common liability to substance use, most notably risk taking (bstandardised, 0.14; 95% CI, 0.10-0.17), followed by extraversion (bstandardised, 0.10; 95% CI, 0.13 to 0.06)and schizophrenia risk (bstandardised, 0.06; 95% CI, 0.02-0.09).

Educational attainment (EA) and body mass index (BMI) had opposite effects on substancespecific liabilities such as cigarette use (bstandardised EA, 0.15; 95% CI, 0.19 to 0.12 and bstandardisedBMI, 0.05; 95% CI, 0.02-0.09) and alcohol use (bstandardisedEA, 0.07; 95% CI, 0.03-0.11 and bstandardisedBMI, 0.06; 95% CI, 0.10 to 0.02).

These findings point towards largely distinct sets of genetic influences on the common versus specific liabilities.

Co-lead author Dr Tabea Schoeler (UCL Psychology and Language Sciences) said: Treatment and prevention programmes that target risk-taking behaviours among young people, while also focusing on adolescents with early signs of schizophrenia, could be beneficial in reducing the risk of developing substance use problems.

Iob E, Schoeler T, Cecil CM, Walton E, McQuillin A, Pingault JB. Identifying risk factors involved in the common versus specific liabilities to substance use: A genetically informed approach. Addict Biol. 2020 Jul 23 [Epub ahead of print]. doi: 10.1111/adb.12944. PMID: 32705754. View full text

This article originally appeared on Univadis, part of the Medscape Professional Network.

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New California law gives consumers more agency over data they share with genetic testing firms – Business Insider

Friday, September 11th, 2020

California lawmakers passed a law that allows consumers to revoke consent for genetic testing companies like 23andMe and Ancestry to use their data, mandating the companies to destroy the DNA samples within 30 days, STAT reported in its weeklynewsletter.

California law boosts genetic data privacy. Business Insider Intelligence

For context, direct-to-consumer (D2C) DNA testing firms often give customers the opportunity to opt into research by consenting to pass along their samples: For instance, 8 million of 23andMe's network of 10 million users haveopted in to participate in research. States are taking the helm at passing D2C genetic testing regulation, while federal lawmakers remain mumcreating a patchworked legal landscape for genetic testing companies to operate in.

Privacy laws have yet to be enacted on a federal level, so state lawmakers are stepping in: Florida recently passedlegislation prohibiting insurance companies from accessing members' genetic insights, which could impact the type and cost of coverage. But as states take charge putting forth their own laws, genetic testing companies will be faced with new obstacles, and it's unclear how they'll navigate adhering to the changing legal ecosystem.

In reference to the new law passed in California, Justin Yedor, a Los Angeles-based data privacy attorney, wascitedin Bloomberg asking, "are [D2C companies] going to provide these rights strictly for Californians or are they going to extend them to all consumers regardless of jurisdiction?" Contending with new rules passed on a state-by-state basis could cause hangups in operations, exacerbating the alreadysofteningD2C genetic testing market.

While a hodgepodge of legislation across the US will be a hurdle, increased privacy laws could assuage consumers' fears and translate into more sales.In a recent YourDNA survey,40%of consumers who had never taken a DNA test cited privacy concerns as the driving reason for why they've shied away. But if companies are transparent about granting consumers more autonomy over their data and how it's handled, they may be more likely to take the plunge.

Still, we think high-flying genetic testing firms will lean more heavily on their healthcare-focused initiatives as they navigate the shifting D2C realm: Some DNA testing firms likeColorandYouScriptthe latter of which is now owned by Invitaeare powering hospitals' precision medicine initiatives, for example.

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Invitae Appoints Kimber Lockhart to its Board of Directors – BioSpace

Friday, September 11th, 2020

SAN FRANCISCO, Sept. 11, 2020 /PRNewswire/ --Invitae Corporation (NYSE: NVTA), a leading medical genetics company, today announced the appointment of Kimber Lockhart to its Board of Directors, effective September 10, 2020.

"We are excited to welcome Kimber Lockhart to our board of directors, bringing expertise in scaling fast-growth businesses that will provide valuable insight as we continue to grow," said Sean George, co-founder and chief executive officer of Invitae. "Her expertise as a product, engineering and infrastructure leader, combined with her perspective on leveraging technology to improve healthcare for patients, will be a valuable addition to our board as we continue to pursue our mission to bring genetics to mainstream medicine to improve healthcare for billions of people around the world."

"I'm happy to join the board of directors at Invitae at this exciting time in the company's continued growth," said Lockhart. "Invitae's approach is unique and the company's capabilities combined with its dedication to its mission to make comprehensive genetic information services widely available has the potential to transform healthcare for patients worldwide."

Lockhart is an experienced technology leader, scaling technology platforms to support rapid business growth. Since 2015, Lockhart has served as chief technology officer at One Medical, a national leader in technology-enabled primary care, where she was previously vice president of engineering from 2014 to 2015. Prior to joining One Medical, Lockhart served in various engineering leadership roles at online file-sharing service Box from 2009 to 2014. Previously, Lockhart was co-founder and CEO of Increo Solutions, provider of document rendering and collaboration technologies, which was acquired by Box in 2009. She holds a B.S. in Computer Science from Stanford University.

About Invitae

Invitae Corporation (NYSE: NVTA) is a leading medical genetics company whose mission is to bring comprehensive genetic information into mainstream medicine to improve healthcare for billions of people. Invitae's goal is to aggregate the world's genetic tests into a single service with higher quality, faster turnaround time, and lower prices. For more information, visit the company's website atinvitae.com.

Contact:Laura D'Angeloir@invitae.com(628) 213-3369

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BRCA1 and BRCA2 Gene Mutations: I Have a Mutation, What Are My Options? – University of Michigan Health System News

Friday, September 11th, 2020

If a patient learns that they do carry a mutation in their BRCA1 or BRCA2 genes, a genetic counselor can discuss potential options with them.

A common option for women is to undergo increased screening, including getting a breast exam from a health care provider every six months, and also a yearly mammogram and breast MRI.

There are also medications that people with BRCA gene mutations can take to reduce the risk of developing breast cancer, she says.

Doctors call these medications chemoprevention, but that makes it sound like chemotherapy, which its not, Milliron says. It is a medication that you do take for several years, and I think it's really important to have that discussion about the pros and cons and what to expect with a specialized health care provider. Women have to be at least age 35 and finished with family planning before they can consider taking a medication to reduce the risk of developing breast cancer because there is a risk of causing birth defects.

The medication that is usually given to premenopausal women is called tamoxifen, and studies point to more clear benefit for women with BRCA2 mutations. There are additional, related medications that are usually prescribed to postmenopausal women if tamoxifen is not a good option for those women.

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Some women chose to have both breasts removed a prophylactic/risk reducing bilateral mastectomy which has been shown to reduce the risk of developing breast cancer by about 90% to 95%, Milliron notes.

This is obviously a very, very personal choice, Milliron says. If you look at the statistics of the women who choose increased screening with mammogram and breast MRI, and the women who choose risk reducing or prophylactic bilateral mastectomy, there is no difference in the chance of passing away from breast cancer between those two groups. So that is something that I think is very important for patients to know and to understand.

These decisions can be influenced by watching family or friends go through cancer treatment, as can family dynamics as well as cultural and religious considerations, she adds.

Ovarian cancer is a different story than breast cancer, however.

I've been a genetic counselor for 22 years, and that is the only thing that has not yet changed about my job is that we still do not have a screening tool for ovarian cancer that works, Milliron says. So for a woman who has a BRCA1 gene mutation, we usually talk about having the ovaries and the fallopian tubes removed between 35 and 40. And then for a woman who has a BRCA2 gene mutation, we usually talk about having them removed between 45 and 50.

While the statistics vary slightly between studies, research shows this surgery can reduce the risk of developing ovarian cancer and fallopian tube cancer by 80 to 95%.

Birth control pills are also a potential option for women with these mutations to reduce their risk of developing ovarian cancer.

That may influence their breast cancer risk, however, so that's a conversation that we have to have, Milliron adds.

Men who carry a BRCA1 or BRCA2 gene mutation, are at increased risk for prostate cancer. And these can be more aggressive and develop at younger ages. For them increased screening starting about age 40 to 45 is recommended, including prostate-specific antigen, commonly referred to as PSA, testing and a digital rectal exam yearly.

The Rogel Cancer Center is very lucky to have a prostate cancer risk assessment clinic, Milliron says. So many times men are somewhat forgotten in the BRCA1, BRCA2 picture.

You can learn more about cancer genetics on the Rogel Cancer Centers website.

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Deformities linked to inbreeding found in L.A. County cougar – Los Angeles Times

Friday, September 11th, 2020

The discovery was heartbreaking for biologists, who consider the mountain lions of Southern California to be among the most threatened mammals in North America: a young male with the distortions of inbreeding a tail kinked like the letter L and only one descended testicle.

The cougar found in the Santa Monica Mountains in March represented the first documented physical manifestations of extremely low genetic diversity within an isolated population of less than two dozen mountain lions still roaming the rugged canyonlands just north of Los Angeles.

Since then, scientists have found two more lions with similar deformities. Announcement of the findings was delayed by the coronavirus pandemic, officials said.

This is something we hoped to never see, said Jeff Sikich, a biologist with the Santa Monica Mountains National Recreational Area and an expert on local mountain lion populations. We knew that genetic diversity was low here, but this is the first time we have actually seen physical evidence of it.

Mountain lions are not a formally threatened species in California. But state officials earlier this year concluded that six isolated and genetically distinct cougar clans from Santa Cruz to the U.S.-Mexico border make up a sub-population that may warrant listing as threatened under the state Endangered Species Act. Such a step could limit highway construction and development on thousands of acres of real estate.

The California Department of Fish and Wildlife reviewed the species status in response to a petition submitted by the Center for Biological Diversity and the nonprofit Mountain Lion Foundation, which argued that the populations constitute an evolutionary significant unit that should be listed as state endangered.

The California Fish and Game Commission is expected to make a final decision sometime next summer.

Recent scientific studies suggest theres an almost 1-in-4 chance that Southern California mountain lions could become extinct in the Santa Monica and Santa Ana mountain ranges within 50 years.

Thats partly because of how difficult it is to diversify the gene pool for the dozen adult lions still prowling in the Santa Monica Mountains: The 101 freeway is a near impenetrable barrier to gene flow for mountain lions. In the Santa Ana Mountains, the 15 freeway limits the movement of a family of 20 cougars.

Sometimes, the animals manage to cross the freeways without getting hit.

Just like climate change, extinction risk for Southern Californias mountain lions is not a future threat its already here, said Brendan Cummings, the centers conservation director. As California continues to encroach into wildlife habitat, they have become a test case as to whether were capable of living in this large state with wild animals.

A team led by Sikich discovered the problem on March 4 while placing a GPS radio-collar on P-81, a mountain lion weighing 95 pounds and estimated to be about 1 years old.

A few days later, another male mountain lion, also with a kinked tail, was recorded on a remote camera in the same area. Scientists believe the two cougars may be related and perhaps siblings.

Review of remote camera footage taken in the eastern Santa Monica Mountains between the 405 and Hollywood freeways suggests that a third mountain lion in the area also appears to have a kinked tail.

They underscore the results of extensive genetic analyses conducted over the past two decades: Cougars in the Santa Monica and Santa Ana mountains south of Los Angeles have the lowest levels of genetic diversity ever documented in the West, said Seth Riley, wildlife branch chief for the Santa Monica Mountains National Recreation Area.

The only population with lower levels was in south Florida a few decades ago, when Florida panthers were teetering on the edge of extinction. The really interesting, and worrying, thing, Riley said, is that they saw the same type of kinked tails and cryptorchidism among Florida panthers.

Cryptorchidism is a condition in which one or both testes fail to descend from the abdomen into the scrotum.

In the face of such a dire prognosis what biologists call an extinction vortex conservationists are stepping up calls for construction of a $60-million wildlife overpass that would cross the 101 Freeway in Agoura Hills, one of the last places where natural habitat abuts the highway on both sides.

The bridge could help diversify the gene pool among the lions remaining in the Santa Monicas south of the freeway as well as in the Simi Hills and Santa Susana Mountains to the north, they say.

Because the bridge would cross the freeway, Caltrans is overseeing design and construction but the transportation agency is not providing funding. Instead, roughly 80% of the funds are expected to come from private philanthropy and corporate donations.

As of September, the fundraising campaign led by the National Wildlife Federation had brought in about $15.4 million, including $3 million from the Santa Monica Mountains Conservancy, $2.2 million from the State Coastal Conservancy, $1 million from the Annenberg Foundation, $250,000 from the Leonardo DiCaprio Foundation and $100,000 from Boeing Co.

The project is currently in the final design phase, officials said. If fundraising stays on track, construction could begin in late 2021.

Farther south, however, conservationists are open to the idea of trans-locating mountain lions across the 15 freeway, even as they work with the California Department of Transportation on a relatively low-cost plan to improve freeway underpasses that would allow cougars freedom to roam.

These lions kinked tails are a genetic cry for help, telling us we must make it easier for them to move around and find mates, said Tiffany Yap, a biologist at the Center for Biological Diversity. More wildlife crossings are part of it, but we need to stop sprawl developments that cut these beautiful cats off from each other.

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Previously unknown genetic vulnerability in breast cancer cells target of research – India Education Diary

Friday, September 11th, 2020

The study, published in the scientific journal Nature, has uncovered a genetic vulnerability present in nearly 10% percent of all breast cancers tumours, and found a way to target this vulnerability and selectively kill cancer cells.

Each year, over five thousand newly diagnosed cases of breast cancer in the UK alone will carry this particular genetic fault, a proportion roughly double that driven by hereditary mutations such as those in the well-known BRCA genes.

A University of Oxford team of scientists led by Professor Ross Chapman, working together with researchers working at the Johns Hopkins University School of Medicine in Baltimore, USA, discovered that cells originating from a specific subset of human breast cancer tumours, could be killed with a chemical that inhibits PLK4, an enzyme important for a specialized part of a cell called the centrosome. A cells centrosomes performs important functions during cell division, where it regulates the process in which copies of each chromosome are accurately segregated between two identical daughter cells. Normally, cells have safety mechanisms that protect them from losing their centrosomes. But the researchers discovered that these breast cancer cells could not survive without centrosomes.

The Oxford team wondered if the cancer cells they were studying had a genetic change that made them especially reliant on their centrosomes, and turned their attention to one feature of these cancer cells, an abnormal repeated stretch of a particular segment on chromosome 17. This genetic abnormality, known as 17q23 amplification, is already familiar to cancer researchers given its very high incidence in breast cancer.

Peter Yeow, a graduate student in Dr Chapmans laboratory, performed experiments that then revealed a gene known as TRIM37 was much more active in cells that had 17q23 amplification. They then went on to show overactive TRIM37 resulted in faulty centrosomes, which in turn led to mistakes during cell division. They speculate that the daughter cells born of these abnormal cell divisions are much more likely to acquire new genetic mutations.

We think that what is happening is that if cells acquire too many copies of TRIM37, the normally very carefully orchestrated process of cell division goes haywire, which in turn leads to our genomes becoming unstable says Professor Chapman, from the MRC Weatherall Institute of Molecular Medicine at Oxford University. This kind of genomic instability, where cells acquire all sorts of alterations to their genomes as they divide, is one of the hallmarks of cancer development.

This means that cells with the 17q23 amplification are more likely to become cancerous. However, the researchers revealed this characteristic of cancer comes at a cost, the exact same defect leaves the cells entirely reliant on their centrosomes for cell division, a process central to tumour development. The researchers then demonstrated this weakness could be exploited using a drug that targets PLK4 and causes cells to lose their centrosomes, and that this treatment killed cancer cells with 17q23 amplification.

It is slightly ironic that the same thing that makes the cells more likely to become cancerous also makes them uniquely vulnerable to losing their centrosomes, but is useful to us as scientists, because it means that we may be able to selectively target this kind of cancer cell in patients without affecting their healthy cells, says Professor Chapman.

Unfortunately, the chemical PLK4 inhibitor that the researchers used to deplete centrosomes in cancer cells is not suitable for use in patients. However, they hope this information can be used to search for new PLK4-targeting drugs that have the same effect.

Weve found a previously unknown genetic vulnerability in breast cancer, and discovered a means to exploit this vulnerability and selectively kill cancer cells, says Dr Chapman. We now hope that other researchers and pharmaceutical companies can generate new drugs that can target this process, to produce more effective and safer cancer treatments.

Whats also promising is that this genetic fault has also been detected in other cancer types, apart from breast cancer. Virtually any tumour, irrespective of origin, could be targeted if it harbours the 17q23 amplification. This greatly expands the number of patients that stand to benefit from therapies that may emerge from our study, says Yeow.

Dr. J. Ross Chapman is a Cancer Research UK Career Development Fellow and Lister Institute Research Prize Fellow. The work was funded predominantly through grants from Cancer Research UK and the National Institutes of Health (USA).

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Long-Lasting Wound Infections Linked to Microbes and Genetics – The Scientist

Sunday, September 6th, 2020

The paper

C. Tipton et al., Patient genetics is linked to chronic wound microbiome composition and healing, PLOS Pathog, 16:e1008511, 2020.

How quickly scrapes, cuts, and gashes in the skin heal can vary greatly depending on a persons body mass, age, and whether the individual suffers from certain chronic conditions such as diabetes. Genetics, a new study suggests, may also play a role, with variations in two specific genes lowering the diversity of a wounds microbiome and lengthening healing time.

Through a partnership with Southwest Regional Wound Care Center in Lubbock, Texas, geneticist Caleb Phillips at Texas Tech University and colleagues gained access to 85 patients DNA samples. Analyzing each persons sample and comparing it to the diversity of bacteria in the patients infected wound, the team found that individuals with specific single nucleotide polymorphisms (SNPs) in TLN2, a gene involved in actin assembly, and ZNF521, which encodes a transcription factor, had lower overall microbial diversity in their wounds and were much more likely to suffer from Pseudomonas and Staphylococcus infections. Those patients skin injuries were also much slower to heal, suggesting that individuals with these specific TLN2 and ZNF521 mutations may be at higher risk of developing chronic wounds.

Despite the modest sample size, Phillips says, the study offers a better understanding of what makes a patient vulnerable to chronic wounds. The SNPs the team described in TLN2 and ZNF521 could serve as biomarkers to identify patients at risk for slow wound recovery, he notes.

The extent of the microbiomes role in chronic wounds is a really big question in the field of healing and repair, notes Lindsay Kalan, a medical microbiologist and immunologist at the University of WisconsinMadison who was not involved in the study. While the papers results are not immediately translatable for patient care, she says, it is definitely a step in the right direction.

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Genetics start-up continues COVID-19 testing as DPH probes testing errors, including some in Fall River, Taunton – Taunton Daily Gazette

Sunday, September 6th, 2020

A Boston consumer genetics company that has batted away former employees accusations of shoddy practices since at least 2019 is now under investigation by the state Department of Public Health for logging hundreds of false positive coronavirus test results, including some in Fall River and Taunton.

The company, Orig3n, has halted COVID-19 testing in the state. A company spokesman said the false positives were due to human error in processing the tests.

In August, after learning about the Massachusetts investigation, North Carolina issued a stop order for its coronavirus testing contract with the company, Orig3n.

The consumer genetics start-up, which claims it can tell customers what kind of foods they should eat and whether theyre predisposed to intelligence based on their DNA, has secured some of the biggest coronavirus testing contracts in the country.

According to an Orig3n spokesman, the company continues to offer COVID-19 testing elsewhere in the U.S.

So far, the Massachusetts DPH has found Orig3n sent out more than 300 COVID-19 tests wrongly classified as positive in Massachusetts, a number that could increase as DPH staff continue investigating. Orig3n claims the company isnt aware of any additional false positives. According to a Harvard epidemiologist and lab director, false negatives are far more difficult to discover, because most tests come back as negative.

Ted Owens, CEO at North Hills Pines Edge skilled nursing facility in Needham, one of roughly 60 long-term care facilities that used Orig3n test services, said in an Aug. 11 bulletin to residents and staff that Orig3n returned a total of 19 false positives to the nursing home.

The numbers didnt seem credible to Owens, but Pines Edge began immediately to take actions based on the working assumption that we needed to treat these results as correct.

It turned out that several other skilled nursing facilities also showed an unusual spike in positive cases last week, and oddly enough, all these facilities had used the same testing vendor, Owens continued. This caught the attention of the epidemiologists at Mass DPH, who intervened and instructed the vendor to re-test the samples.

Upon retesting, all of the positive tests were found to be negative.

The spike in cases -- which turned out to be false positives -- caused a panic in Needham. They came as the school district made plans to return to in-person learning, and a public health nurse for the town was asked to appear before its Select Board.

Needham Public Health Nurse Tiffany Zike told the Board on Aug. 18 that a number of coronavirus cases reported in July were considered false cases that were revoked due to the lab having an issue.

A $25,000 wire transfer

In early May, nursing homes across Massachusetts were looking for a miracle.

The Massachusetts DPH had ordered long-term care facilities coping with severe coronavirus outbreaks to test 90% of residents and staff for COVID-19 by May 25 in order to qualify for a portion of the $130 million in relief funding offered by the state.

Many nursing homes struggled to meet the deadline because of a shortage of COVID-19 tests. The National Guard was testing nursing home residents and staff on behalf of the state, but demand was high.

When Ron Doty got a memo from the Massachusetts Senior Care Association on May 6 offering Orig3n as a turnkey mobile testing option, he immediately reached out to the company.

Doty, administrator at Marlborough Hills Rehabilitation & Health Care Center in Marlborough, wired $25,000 to Orig3n. The next day, he received 250 COVID-19 test kits from the company.

Two months later, Orig3n was asked to suspend COVID-19 testing in Massachusetts, which it did on Aug. 8. Staff at the Massachusetts DPH noticed the lab was reporting an unusually high rate of positive tests, prompting the agency to investigate, according to a DPH spokesperson.

The state DPH declined to identify which nursing homes used Orig3ns testing services, citing the ongoing investigation.

Tony Plohoros, Orig3ns spokesman, said the lab is now working with state health officials to correct problems in its Boston lab, which has ceased processing coronavirus samples but continues to process consumer genetic profiles.

While it remains unclear if the federal government has taken action to halt use of Orig3ns COVID-19 testing services in other parts of the country, as North Carolina did, concerns about Orig3n hadnt yet reached a health care supply company in Ohio as of this week. That company, Link-age Solutions, is still working with Orig3n to provide coronavirus tests to long-term care facilities nationwide.

Patrick Schwartz, a spokesman for Link-age Solutions, said Thursday the company was unaware Orig3n was asked to cease coronavirus testing in Massachusetts.

One of the highest accuracy ratings in the market

Orig3n received an emergency authorization to conduct COVID-19 testing from the Food & Drug Administration in April.

The same month, the company received a federal Paycheck Protection Program loan valued between $350,000 and $1 million from Silicon Valley Bank, according to U.S. Treasury data.

Since getting the FDA approval, Orig3n has provided testing services to The New England Power Generators Association, Bostons homeless population, a boarding school in Virginia, and other public and private entities.

In late June, Link-age Solutions, a Mason, Ohio-based company that helps long-term care facilities nationwide obtain supplies ranging from pharmaceuticals to office supplies issued a press release touting Orig3ns breakthrough testing method as having one of the highest accuracy ratings in the market.

In partnering with Orig3n, Link-age could offer in-demand coronavirus tests to its members at a reduced cost, according to the press release. Results would be returned less than 36 hours after specimens arrived at the lab, the release said.

The lab boasts output capabilities of 6,000 and up to 12,000 tests per day, and will offer billing to Medicare where appropriate, the press release stated. Reporters questions to the Centers for Medicare & Medicaid Services have gone unanswered.

Schwartz, the Link-age spokeman, said Thursday his company continues to offer COVID-19 testing services performed by Orig3n, and that feedback about Orig3ns tests from its customers has been positive.

Company flagged in the past

Orig3n lists its office location as the third floor of 27 Drydock Ave. in the heart of Bostons Seaport. Until August, thats where the company processed its coronavirus tests.

Before it got into the coronavirus business, Orig3n billed itself as a consumer genetics pioneer, carving a path toward a future of wellness and health through the use of diagnostics, genetics and biotechnology.

The company, founded in 2014, offers tests ranging in cost from $29 to $298 that are supposed to help people learn what kinds of food, exercise and beauty products would work best for their genetic profiles, and even whether they are genetically predisposed to so-called superhero traits including intelligence and strength, according to Bloomberg Businessweek.

A former Orig3n employee who spoke to Gannett New England reporters on the condition of anonymity because of a nondisclosure agreement with the company said the number one complaint received by customer service was genetic profile tests not being returned to customers. The employee, who left the company pre-pandemic, didnt think the company could handle both genetic profile testing and coronavirus testing.

Unless things drastically changed since I have left, not even testing, just bandwidth-wise, they were already kind of drowning when I left, the employee said.

Despite its start-up status, Orig3n quickly gained prominence partly through securing big-name partnerships, including one with the NFLs Baltimore Ravens.

In September 2017, the Ravens linked up with Orig3n for an event called DNA Day. Roughly 70,000 Ravens fans were set to pour into the teams stadium, where they could have picked up a free genetic testing kit.

The event never happened. The Ravens postponed it days before federal health officials told The Baltimore Sun they were, working to determine whether any of the testing being offered by Orig3n is subject to the requirements of the Clinical Laboratory Improvement Amendments of 1988.

The federal regulatory standards apply to labs testing human samples in the United States, and are intended to ensure accuracy, effectiveness and reliability.

About a year after DNA Day was scrapped, 17 former Orig3n employees criticized the company in Bloomberg Businessweek, alleging it, habitually cut corners, tampered with or fabricated results, and failed to meet basic scientific standards.

Marketing, not science, the employees said, was the companys priority.

Press releases put out by Orig3n throughout the pandemic show the company was eager to publicize contracts with respected institutions, both public and private.

On May 12, the company announced what it called a comprehensive solution to enable COVID-19 testing for Massachusetts nursing home residents.

In the press release, the company said it sought to become the partner of choice for coordinating and providing COVID-19 testing for defined populations beyond long-term care residents and employees, including private employers, schools, government agencies, and cities and states.

The nursing home program is one of many applications for Orig3ns fully-integrated solution, the press release said.

What went wrong?

Doty, the Marlborough nursing home administrator, would not have known about Orig3n if not for the May 6 memo from Massachusetts Senior Care Association, an organization many nursing homes relied on during the viruss spring surge in the state to interpret complex and shifting guidance from the DPH.

Massachusetts Senior Care Association President Tara Gregorio said in a statement that her organization essentially serves as a messenger for its members, and that it relies on governmental agencies to vet labs like Orig3n.

Throughout the pandemic, MSCA has passed along lists of government approved COVID-19 PCR testing labs options available to our members, Gregorio wrote. We must rely, as all providers do, on the licensing process to ensure legitimacy and accuracy of these labs.

The FDA, which gave Orig3n emergency authorization to conduct coronavirus testing last spring, has not yet responded to Gannett New England reporters seeking comment.

According to a Massachusetts DPH spokesman, Orig3n told the agency after it was contacted by DPH that errors in testing occurred because of a broken vial or contaminated plate during final processing, an explanation DPH investigators are now trying to confirm.

In an email to Gannett New England reporters on Friday, Plohoros, Orig3ns spokesman, said, human error at the beginning of the laboratory testing process caused a pre-extraction reagent that was used in the affected batch tests to become contaminated.

In an Aug. 18 press conference, Massachusetts Secretary of Health and Human Services Marylou Sudders said erroneous results from Orig3n affected the number of COVID-19 cases reported in Fall River and Taunton.

The positive test rates for that three-day period for that one lab just seemed high, and so (we) went back, and the lab stopped processing, theyre still not processing any tests, Sudders said, adding that DPH staff was analyzing tests processed prior to the discovery to make sure the issue was, as Orig3n told the DPH, a one-time problem rather than a more structural issue.

Dr. Michael Mina is an assistant professor of epidemiology at Harvard T. H. Chan School of Public Health who has experience running laboratories that perform PCR testing.

Mina says a lab that processes 6,000 to 12,000 PCR coronavirus tests a day as Orig3n has said it does would need to be run with what he called extreme quality control measures.

It requires an amazing amount of concentration and care to really ensure youre not getting contamination or any number of other problems that can happen, he said. If this was an easy (test), I would have said, sure, any lab can do it but this particular (test) ... it really is a finicky test. You have to be extremely careful about how youre doing it, and that means you need a lot of quality controls. You need to be a really diligent lab.

Mina, who stressed he has no knowledge of Orig3n other than circulating allegations that the company had previously been investigated, said when a mistake like the kind Orig3n described occurs, staff should immediately stop processing, sterilize the area and alert any affected patients and health departments.

The fact that the Massachusetts DPH noticed the problem and not Orig3n is a problem, Mina said.

That shows in general that the quality control wasnt being maintained, he said, adding that performing intense quality control checks multiple times daily is a core tenet of running any lab, especially a high-complexity clinical lab. And if were giving them the benefit of the doubt, they didnt know that there was a problem because otherwise its just nefarious.

Mina said that a professionally run lab would likely have caught the mistake, and alerted the state DPH immediately.

Part of the reason for that is simply a motive to care for the patient, who will likely make important decisions about their own behavior based on the test result they receive, which in turn affect other people.

At Brigham, for example, where I was one of the medical directors, of course people feel embarrassed (about making a mistake), but theres this strong culture where people recognize that their embarrassment is not worth a patients hardship, Mina said. Thats one thing that really, I think, lacks a little bit when we move into industry laboratories running clinical tests. That same spirit of honesty ... might not exist everywhere.

While mistakes at labs are common, Mina said, theyre also commonly fixed and they dont usually require an investigation.

Mina said that the U.S. did need to increase its capacity to process coronavirus tests this spring, but labs, especially ones new to the medical diagnostics space, as Orig3n is, need to be monitored closely.

Its just important to keep all these things in check, Mina said. The frenzy to do coronavirus testing has been so extreme. I dont think labs should be immediately shut down for mistakes, but we have to remain vigilant to ensure that all the testing that is being done is up to the highest standards.

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Genetics start-up continues COVID-19 testing as DPH probes testing errors, including some in Fall River, Taunton - Taunton Daily Gazette

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Fulgent Genetics, New York City Health and Hospitals Partner on Large-Scale Back-to-School COVID-19 Testing – GlobeNewswire

Sunday, September 6th, 2020

TEMPLE CITY, Calif., Sept. 02, 2020 (GLOBE NEWSWIRE) -- Fulgent Genetics (Nasdaq: FLGT) and New York City Health and Hospitals have announced they will provide COVID-19 testing to hundreds of thousands of students across approximately 1600 locations as they return to school in September and over the next several months. Fulgent will provide its FDA EUA-approved at-home test, Picture by Fulgent, a RT-PCR test that provides the highest level of sensitivity and specificity, utilizing a self-collected nasal swab sample. Fulgent will provide results within 24-48 hours from the time when Fulgent receives and accepts a specimen for the test.

Fulgent is very happy to partner with the City of New York on such an important and novel testing protocol. Its an ambitious goal to test so many students in such a rapid fashion, but the combination of the Fulgent technology platform and lab capacity along with the strong testing infrastructure of New York City makes this possible, commented Brandon Perthuis, Chief Commercial Officer of Fulgent Genetics. In just a few short days, we were able to get the first shipment of hundreds of thousands of Picture kits to New York City. We will now be working closely with the city on the distribution, return and replenishment of the kits, added Perthuis.

This is one of the first large-scale testing programs for COVID-19 to utilize an at-home test kit. Fulgents Picture Genetics at-home test was chosen due to its convenient self-administration, which can be used on-site at schools as well as at home. The companys industry-leading turnaround time of 24-48 hours also makes this a powerful tool for back-to-school testing.

About NYC Test & Trace Corps

The NYC Test & Trace Corps is a public health initiative to fight COVID-19 so that New Yorkers can get back to school, work and help New York City reopen safely. The Corps is a group of doctors, public health professionals and community advocates working to reverse the COVID-19 outbreak and protect our city. The public health program is led by NYC Health + Hospitals in close collaboration with the NYC Department of Health and Mental Hygiene and other city agencies. Through its robust and citywide partnerships, The Corps helps New Yorkers receive free, safe and confidential testing for COVID-19 and for the antibody test. It ensures that anyone with the virus receives care and can safely isolate to prevent the spread. For more information, visit https://www.nychealthandhospitals.org/test-and-trace/.

About Fulgent Genetics

Fulgent Genetics proprietary technology platform has created a broad, flexible test menu and the ability to continually expand and improve its proprietary genetic reference library while maintaining accessible pricing, high accuracy and competitive turnaround times. Combining next generation sequencing (NGS) with its technology platform, the Company performs full-gene sequencing with deletion/duplication analysis in an array of panels that can be tailored to meet specific customer needs. In 2019, the Company launched its first patient-initiated product, Picture Genetics, a new line of at-home screening tests that combines the Companys advanced NGS solutions with actionable results and genetic counseling options for individuals. Since March 2020, the Company has commercially launched several tests for the detection of SARS-CoV-2, the virus that causes the novel coronavirus (COVID-19), including NGS and reverse transcription polymerase chain reaction (RT-PCR) - based tests. The Company has received Emergency Use Authorization (EUA) from the U.S. Food and Drug Administration (FDA) for the RT-PCR-based tests for the detection of SARS-CoV-2 using upper respiratory specimens (nasal, nasopharyngeal, and oropharyngeal swabs) and for the at-home testing service through Picture Genetics. A cornerstone of the Companys business is its ability to provide expansive options and flexibility for all clients unique testing needs through a comprehensive technology offering including cloud computing, pipeline services, record management, web portal services, clinical workflow, sequencing as a service and automated lab services.

About Picture Genetics

Through its Picture Genetics platform launched in 2019, Fulgent Genetics offers consumers direct access to its advanced genetic testing and analytics capabilities from the ease and comfort of home, at an affordable price point. The Picture Genetics platform provides a holistic approach to at-home genetic screening by including oversight from independent physicians as well as genetic counseling options to complement Fulgent Genetics comprehensive genetic testing analysis. The Picture Genetics platform currently offers multiple tests, providing medically actionable, clinical-level results with professional medical follow-up in one easy process. Visit http://www.picturegenetics.comfor more information.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. Examples of forward-looking statements in this press release include statements about, among other things: the companys identification and evaluation of opportunities and its ability to capitalize on opportunities to grow its business; expected future lab capacity and turnaround times; expectations or guidance regarding future revenues and managements judgements and evaluations of the companys platform and technology.

Forward-looking statements are statements other than historical facts and relate to future events or circumstances or the companys future performance, and they are based on managements current assumptions, expectations and beliefs concerning future developments and their potential effect on the companys business. These forward-looking statements are subject to a number of risks and uncertainties, which may cause the forward-looking events and circumstances described in this press release to not occur, and actual results to differ materially and adversely from those described in or implied by the forward-looking statements. These risks and uncertainties include, among others: the ongoing impacts of the COVID-19 pandemic, including the preventive public health measures that may continue to impact demand for its tests and the pandemics effects on the global supply chain; the market potential for, and the rate and degree of market adoption of, the companys tests, including its newly-developed tests for COVID-19 and genetic testing generally; the companys ability to capture a sizable share of the developing market for genetic and COVID-19 testing and to compete successfully in these markets, including its ability to continue to develop new tests that are attractive to its various customer markets, its ability to maintain turnaround times and otherwise keep pace with rapidly changing technology; the companys ability to maintain the low internal costs of its business model, particularly as the company makes investments across its business; the companys ability to maintain an acceptable margin on sales of its tests, particularly in light of increasing competitive pressures and other factors that may continue to reduce the companys sale prices for and margins on its tests; risks related to volatility in the companys results, which can fluctuate significantly from period to period; risks associated with the composition of the companys customer base, which can fluctuate from period to period and can be comprised of a small number of customers that account for a significant portion of the companys revenue; the companys ability to grow and diversify its customer base and increase demand from existing and new customers; the companys investments in its infrastructure, including its sales organization and operational capabilities, and the extent to which these investments impact the companys business and performance and enable it to manage any growth it may experience in future periods; the companys level of success in obtaining coverage and adequate reimbursement and collectability levels from third-party payors for its tests; the companys level of success in establishing and obtaining the intended benefits from partnerships, joint ventures or other relationships; the companys compliance with the various evolving and complex laws and regulations applicable to its business and its industry; risks associated with the companys international operations; the companys ability to protect its proprietary technology platform; and general industry, economic, political and market conditions. As a result of these risks and uncertainties, forward-looking statements should not be relied on or viewed as predictions of future events.

The forward-looking statements made in this press release speak only as of the date of this press release, and the company assumes no obligation to update publicly any such forward-looking statements to reflect actual results or to changes in expectations, except as otherwise required by law.

The companys reports filed with the U.S. Securities and Exchange Commission (SEC), including its annual report on Form 10-K for the year ended December 31, 2019 filed with the SEC on March 13, 2020 and the other reports it files from time to time, including subsequently filed quarterly and current reports, are made available on the companys website upon their filing with the SEC. These reports contain more information about the company, its business and the risks affecting its business.

Investor Relations Contact:The Blueshirt GroupMelanie Solomon, 415-217-4964, melanie@blueshirtgroup.com

Media Contact:The Blueshirt GroupJeff Fox, 415-828-8298, jeff@blueshirtgroup.com

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Fulgent Genetics, New York City Health and Hospitals Partner on Large-Scale Back-to-School COVID-19 Testing - GlobeNewswire

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Mapping Genetic Diversity of Lung Tumors Over Time May Lead to More Effective Therapies – UCSF News Services

Sunday, September 6th, 2020

Lung cancer cells invade surrounding tissues and start to spread.Image courtesy of the National Cancer Institute

A malignant tumor is a bustling metropolis populated by many different kinds of cancer cells. This cellular diversity, however, is what makes cancer so difficult to treat, as each type of cell in a tumor responds differently and sometimes not at all to cancer therapies. This is especially true for lung cancer, which often responds to an initial course of treatment, only to remerge after becoming drug-resistant, making it the deadliest form of cancer worldwide.

A better understanding of the diversity that exists within a lung tumor would likely lead to more effective treatments. Today, clinicians generally rely on tests that generate genetic profiles of biopsied tumors in bulk rather than one cell at a time. Unfortunately, this usually fails to capture the full extent of cellular diversity within tumors and ends up obscuring clinically significant information. This has led scientists to search for ways to assemble a census of the many types of cells that comprise a malignant tumor. Even better would be a more complete picture of how these cell populations evolve during the course of treatment. However, figuring out exactly how to conduct this survey has proven to be a major technical barrier for scientists.

But this hurdle, once thought to be nearly insurmountable, was recently cleared by a research team led by UC San Francisco and Chan Zuckerberg Biohub scientists. The researchers figured out how to assemble genetic profiles of individual lung cancer cells obtained from patients at different times during the course of their treatment. In doing so, they revealed a vast cornucopia of cellular diversity in both lung tumors and the tissue surrounding the tumor as they evolved during the course of treatment clinically significant information that had previously eluded scientists. The findings are detailed in a paper published Aug. 20 in the journal Cell.

This study is among the first of its kind, said Trever Bivona, MD, PhD, professor of medicine and senior author of the study. We observed features of lung cancer cells and the tumor microenvironment that no one had seen before. This gave us a window into the evolution of individual cells within the tumors ecosystem.

Starting with 49 biopsies obtained from 30 lung cancer patients, the researchers used single-cell sequencing to map the landscape of gene activity in over 23,000 individual lung cancer cells at three time points: before treatment, after the tumors stabilized or went into remission during treatment, and after the cancer, despite continuous treatment, had fully re-grown and become treatment resistant.

These single-cell profiles revealed the presence of tumor cells that harbored cancer-driving genetic mutations distinct from those that were identified by the various clinical tests that the patients received during the course of their treatment. Though these mutations were present in only a fraction of cells in each tumor, they had a significant effect on patient outcomes. Patients whose tumors carried two or more of these mutations had significantly lower overall survival rates than patients with fewer than two.

The researchers also found that when lung tumors stabilized or went into remission in response to treatment, some malignant cells were able to cling to life by switching on genes associated with injury repair and survival that are normally only active in healthy lung cells. When these genes are active, the cancer cells enter a repair and survival state that, according to Bivona, puts the cells into hibernation mode so that the cell death machinery doesnt get activated.

But these survival genes have an Achilles heel. They rely on whats known as the Wnt/beta-catenin signaling pathway, which can be targeted with existing drugs. In fact, laboratory tests demonstrated that when administered at the appropriate time, drugs targeting the Wnt/beta-catenin pathway, combined with a common lung cancer therapy, reduced the number of cancer cells that survived.

Our results suggest that we could target specific cell states in lung tumors and improve patient survival by constraining tumor evolution and preventing drug resistance and tumor survival and re-growth, Bivona said.

The study also provides key insights into how the cells and tissue that surround a lung malignancy the tumor microenvironment create conditions that prevent the immune system from taking up arms against the tumor.

Single-cell profiling revealed that the tumor microenvironment was hostile to immune activity both before treatment and after a tumor had evolved drug resistance. However, during treatment, when the cancer is in the hibernation mode revealed in the study, the researchers found that immune cells were able to infiltrate the tumor microenvironment and appeared to be switched on, suggesting there may be a limited window of opportunity during which conventional cancer therapies can be combined with immunotherapies a class of cancer treatments that has proven effective against some cancers, but has largely failed against the types of lung tumors profiled in this study to produce better overall survival rates.

Putting tumor heterogeneity front and center would better equip clinicians with information that allows for a high-resolution window into the evolution of tumors during therapy, and help us use such a roadmap to intervene more proactively to better control tumors and help patients, said Bivona. The single-cell analysis that we proved is feasible in real-life clinical tumors may help usher in a new era in the clinical management of tumors during therapy by strengthening our molecular diagnostic toolkit.

Authors: Additional authors include Caroline E. McCoach, Franziska Haderk, D. Lucas Kerr, Elizabeth A. Yu, Philippe Gui, Tasha Lea, Wei Wu, Anatoly Urisman, Kirk Jones, Pallav K. Kolli, Eric Seeley, Yaron Gesthalter, Sourav Bandyopadhyay, Khyati Shah, Lauren Cech, Nicholas J. Thomas, Anshal Gupta, Mayra Gonzalez, Hien Do, Lisa Tan, Bianca Bacaltos, Matthew Gubens, Thierry Jahan, Johannes R. Kratz, David Jablons, Jonathan Weissman, and Collin M. Blakely of UCSF; Ashley Maynard, Lincoln Harris, Weilun Tan, Alexander Zee, Michelle Tan, Rene Sit, Daniel D. Le, Kevin A. Yamauchi, Rafael Gomez-Sjoberg, Norma Neff, and Spyros Darmanis of Chan Zuckerberg Biohub; Julia K. Rotow of Dana-Farber Cancer Institute; and Erin L. Schenk, David M. Naeger and Robert C. Doebele of the University of Colorado.

Funding: This research was supported by NIH awards U54CA224081, R01CA204302, R01CA211052, R01CA231300, R01CA169338, U01CA217882, R01CA227807, T32 HL007185, and K12 CA086913; the Van Auken Foundation; Novartis Pharmaceuticals; Pfizer; the University of California Cancer League; AstraZeneca; The Damon Runyon Cancer Research Foundation award P0528804; Doris Duke Charitable Foundation award P2018110; V Foundation award P0530519l; and the Mildred Scheel postdoctoral fellowship from the German Cancer Aid.

Disclosures: See manuscript for a full list of disclosures.

Link:
Mapping Genetic Diversity of Lung Tumors Over Time May Lead to More Effective Therapies - UCSF News Services

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Genetic and COVID-19 Testing Companies Set To Be Regulated in California – JD Supra

Sunday, September 6th, 2020

In the last days of the most recent legislative session, the California State Legislature was busy passing several privacy bills set to impact businesses. The most recent, the Genetic Information Privacy Act, would require companies that sell and market consumer-focused genetic testing products directly to consumers (including COVID-19 testing companies) to comply with certain privacy requirements.

If signed by Governor Newsom, the Genetic Information Privacy Act will require the following:

The responsibilities set upon businesses and the rights afforded to consumers reflect a pattern emerging in consumer privacy legislation, most notably, the California Consumer Privacy Act, which went into effect on January 1, 2020, and into full enforcement on August 14, 2020.

The Act goes further to ensure that consumers genetic data will not be disclosed to health insurers, insurance providers, or employers who may make decisions regarding provision of coverage or employment to an individual consumer.

With the adaptation and growth of testing companies that have emerged in the wake of COVID-19, established businesses and startups alike must heed this new regulation.

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Genetic and COVID-19 Testing Companies Set To Be Regulated in California - JD Supra

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