StemCell Therapy

January 8, 2019:IRIDEX Announces Preliminary Operational and Financial Results for 2018 Fourth Quarter and Full Year

December 4, 2018:IRIDEX Announces Departure of Chief Financial Officer and Reiterates Full Year 2018 Guidance

November 1, 2018:IRIDEX Announces 2018 Third Quarter Financial Results and Raises Full Year 2018 Guidance

October 25, 2018:IRIDEX to Participate in Upcoming Investor Conferences

October 23, 2018:Press Release: Leading Ophthalmologists to Discuss the Value of IRIDEX Solutions at AAO

October 15, 2018:IRIDEX will be hosting a series of panel discussions at the American Academy of Ophthalmology (AAO) in Chicago, IL

October 15, 2018:IRIDEX Announces Appointment of Robert E. Grove, Ph.D. to its Board of Directors

September 18, 2018:IRIDEX Announces MicroPulse Treatment Symposium at ESCRS

September 6, 2018:IRIDEX Announces FDA Clearance to Introduce Updated TruFocus LIO Premiere Laser Accessory to the U.S. Market

August 30, 2018:IRIDEX Cyclo G6 Laser System for Glaucoma Treatment Used In Majority of Top U.S. Ophthalmology Hospitals

August 1, 2018:MicroPulse lunchtime symposium at the ESCRS in Vienna on September 22, 2018

July 19, 2018:Innovations with Ed Begley Jr., will feature IRIDEX in an upcoming episode scheduled to air on CNBC on July 22, 2018

July 10, 2018:IRIDEX Reaches Milestone of 1000th Cyclo G6 System Shipped

July 7, 2018:Glaucoma experts, including Dr. Nathan Radcliffe, will share their experiences with the Cyclo G6 at the Mexican College of Glaucoma

June 25, 2018:IRIDEX Announces Multiple Studies of MicroPulse Laser Therapy Published at World Ophthalmology Congress

June 19, 2018:IRIDEX Announces Approval of CYCLO G6 Glaucoma Laser System in South Korea

May 29, 2018:Join us for an Educational Dinner event with Michael C. Giovingo, MD in Chicago on June 21, 2018

May 17, 2018:IRIDEX MicroPulse Technology Featured In Many Scientific Presentations at the European Glaucoma Society Meeting

May 10, 2018:IRIDEX will host glaucoma wet lab at SMO in Monterrey, Mexico on May 14, 2018

May 3, 2018:IRIDEX will host symposium on MicroPulse Technology for Glaucoma at SFO in Paris, France on May 7, 2018

May 2, 2018:IRIDEX Announces Dramatic Increase In MicroPulse Visibility at the 2018 ARVO Meeting

March 30, 2018:IRIDEX will host symposium on MicroPulse Technology for Glaucoma at EGS in Florence, Italy on May 20, 2018

March 26, 2018:Join IRIDEX at ASCRS in Washington, DC on April 14-16 to take advantage of ASCRS-only specials

March 20, 2018:The G-Probe Illuminate glaucoma device with built-in transillumination is now available in Europe

February 23, 2018:IRIDEX Issues Voluntary Recall of TruFocus LIO Premiere Laser Indirect Ophthalmoscope

February 17, 2018:IRIDEX will participate at the American Glaucoma Society (AGS) meeting in New York, NY on March 1-4, 2018

January 12, 2018:IRIDEX will host symposium on MicroPulse Technology at APAO in Hong Kong on February 8, 2018

January 9, 2018:IRIDEX announces infringement lawsuit against Quantel

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IRIDEX | Ophthalmology Lasers to Increase Performance ...

Whether you're an athlete at the elite, college or high school level, lead an active life, or are a weekend warrior, regenerative medicine can help you overcome pain, heal damaged tissue and help you return to the activities that you enjoy.

Regenerative medicine works to enhance the bodys natural healing mechanisms through nutritional excellence, support of the microbiome, resolution of stress, balancing of the musculoskeletal system, and regeneration of injured tissue. Modern medicine has made great strides in treating many conditions, but it has been unable to keep up with the needs of the population struggling with painful conditions of the muscular, joint and skeletal systems. Many of the current medical treatments are merely palliative, including cortisone injections, pain medicationsand even some surgeries. And in some cases, these treatments can worsen the condition and accelerate the degenerative process.

Regenerative medicine is an innovative approach that works with the bodys natural healing systems to fully heal damaged tissue, resolve inflammation, and restore function. It is a game-changer for so many people who are searching for a solution to their discomfort and pain.

The focus is on rejuvenation or helping the body maximize its natural healing systems, restore damaged tissue and resolve chronic inflammation. Next, regeneration involves the use of specific types of cells and tissues to injured or damaged areas where they will help to restore and heal. This can be done through procedures like PRP or amniotic therapies. Regenerative medicine holds a key to the future of healthcare in providing natural, wholistic, healing solutions to common conditions that cause pain and disability.

Dr. Stoll is an internationally recognized leader in lifestyle medicine and utilizing whole-plant based nutrition as the foundation for preventing, suspending, and reversing chronic disease. In addition, as a specialized sports medicine physician, he utilizes regenerative medicine procedures, such as prolotherapy and platelet-rich plasma injection therapy, to assist the body in healing damaged tissue and resolvingpainful conditions.

During your consultation and treatment with Dr. Stoll you will receive a comprehensive, holistic plan that addresses every aspect of healing includingdiet, body alignment and muscular balance, tissue healing/restoration, exercise, stress, sleep, supplement guidance, and general wellness on and off the field of life.

There are several types of regenerative injection treatments including prolotherapy and platelet-rich plasma(PRP). Each of these techniques activates the bodys natural healing system to create a local healing environment that helps to resolve musculoskeletal injuries and arthritis. These procedures are minimally invasive and relatively inexpensive options for the treatment of muscle, tendon, and joint pain. Research has demonstrated healing for acute and chronic tendon, ligament, and cartilage injuries including conditions liketorn meniscus, plantar fasciitis, carpal tunnel syndrome, and tennis elbow, as well as arthritic joint pain. C. Evert Koop, former surgeon general of the United States, was an outspoken proponent of RIT after resolving his painful back condition. Numerous professional, elite amateur, Olympic, and recreational athletes have all benefited from these treatments.

Prolotherapy has been in use since the 1930s, and is a well-recognized and established treatment for tightening and strengthening damaged and weak ligaments. As the ligaments heal, pain resolves and stability improves, resolving muscle spasms and dysfunctional movement patterns. Prolotherapy requires the injection of a local anesthetic (procaine or lidocaine) plus 5-25% dextrose (sugar) onto the injured ligaments or tendons attachment sites on the bone, at the joint capsule, inside the joint, or in the myofascial layer. The procedure has been used on millions of patients and has been proven as safe as other types of injections commonly used in orthopedics.

Platelets are an important component of healing and act like the conductor of a symphony, directing cells and coordinating the regenerative process. PRP is a concentration of platelet rich plasma obtained from whole blood through a centrifuge process that removes the red and white cells. Because it is a concentrate, it stimulates a brisk healing response

PRP contains several different types of growth factors that help stimulate the healing of tissuesincluding muscles, tendon, ligaments, and cartilage There are many indicationsas in sports medicine and orthopedics including acute muscle tears, chronic tendonopathy, connective tissue injuries, small cartilage tears, and osteoarthritis. For preparation of PRP, various protocols are used, with an underlying principle of concentrating platelets to 35 times physiological levels, then injecting this concentrate in the tissue where healing is desired. It is typically takes 1-4 treatments to resolve the painful condition and is used in combination with dietary excellence, microbiome support, therapy, and supplements if needed.

Call the Dr. Fuhrman Wellness Center at (908) 237-0200 to set schedule an appointment.

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Regenerative Medicine | DrFuhrman.com

Orthopedic conditions can affect people in Los Angeles of all ages and lifestyles. While many orthopedic injuries are caused by sudden and severe accidents that inflict a major toll on joints and bones, most are caused by general wear and tear of the joint. Through the gradual loss of cartilage and the weakening of vital connective tissues, joints can lose their normal functions and suffer from severe pain during even light physical activity.

While many opt for joint replacements and various in-depth surgeries every year, more and more people understand the vast array of uses and benefits from regenerative medicine. This process takes advantage of the major steps made in medical care in recent years, providing patients in Los Angeles withnewer and more effective treatments.

Whether you have been suffering from orthopedic conditions for years or are only just beginning to feel the toll on your joints, regenerative medicinetreatment may be right for you. Los Angeles Orthopedic surgeon Steven W. Meier, MD and the team at Meier Orthopedic Sports and Regenerative Medicine provide numerous forms of regenerative medicine treatment in order to help patients put an end to countless physical limitations. To learn more about regenerative medicine treatment techniques and schedule an appointment with an experienced orthopedic surgeon, call 310.736.2793 or contact us online today.

Rather than replace missing tissue in joints with artificial materials, joint regenerative medicine focuses solely on regenerating tissue, tendons, cartilage, bone, and ligaments. Whether these tissues have been severely damaged or have lost considerable mass, regenerative techniques aim to restore important tissue to a healthier and younger state.

In order to provide the most effective treatments possible for each patients unique orthopedic condition, Dr. Meier in Los Angeles provides three main modalities of regenerative medicine. Each of these treatments regrows tissue in a different manner and may be most suitable for certain conditions.

Because orthopedic conditions can cause severe pain that limits activities during both professional and personal life, prolotherapy treatment is designed to alleviate serious discomfort in a natural manner. During prolotherapy treatment, a solution that includes dextrose is injected between the muscles and bone where the injury has taken place. A numbing spray is used during the treatment, making this a painless procedure.

The solution that is injected into the problem area not only quickly alleviates painbut is designed to stimulate the production of tendons and ligaments. Additionally, the immune system will be stimulated, bringing fibroblasts into the areas where pain occurs, which will both eliminate pain and grow soft tissue.

Depending on the type and severity of an injury, a patient may undergo multiple prolotherapy treatments. However, the total healing time is often far shorter and much less complicated than post-surgery rehabilitation. With the help of a skilled orthopedic surgeon, a Prolotherapy treatment plan can be tailored to your unique orthopedic condition.

As an orthopedic surgeonwho practices the use of prolotherapy, Dr. Meier provides a rare combination of skills, as prolotherapy in Los Angeles is not normally part of the standard orthopedic surgery training curriculum. In addition, the combination of prolotherapy use with surgery skills is advantageous, as a surgeon has detailed knowledge of anatomical structure. The combination of a high level of technical skill and experience performing prolotherapy treatment means there is a reduced risk of complications and can also reduce the total amount of treatments needed for effective prolotherapy care. Additional information about regenerative medicine treatment can be found on ourprolotherapy FAQ.

Stem cells are the building blocks of the human body. Modern scientific research has shown that stem cells are used by the body to turn into anything that is needed on a daily basis. However, the human body is not equipped to create replacement tissues for orthopedic injuries on its own.

Through orthopedic stem cell treatment therapy, we use these cells to grow tissue has been damaged or lost. The amniotic stem cells have the ability to grow into nearly any type of tissue in little time, thanks to modern medical procedures. By doing so, we can specifically create what your joints need in order to return them to a healthy and properly functioning state.

Additionally, the use of platelet-rich plasma (PRP) therapy in stem cell treatments allows orthopedic surgeons to supercharge self-healing capabilities. During this procedure, blood will be drawn from the patient, then spun down to concentrated platelets and growth factors. This concentrated plasma will then be injected directly into the injured joint, tendon, or ligament, which will expose damage to this natural healing solution. PRP therapy treatment is among the most modern and cutting edge of all procedures available.medlineplus.gov has more information about stem cell therapy as well.

There are numerous conditions that can be treated with PRP Therapy. While no two patients will undergo the same treatment for their needs, knowing what conditions are treatable through regenerative medicine treatment can help you make an informed decision concerning your path to recovery.

The following orthopedic conditions can all be treated through various forms of regenerative medicine:

Should you be suffering from symptoms indicating that you have any of these conditions, or if you have been diagnosed with a condition, it is vital that you seek help from a skilled orthopedic surgeon. Dr. Steven W. Meier of Los Angeles not only provides regenerative medicine injection therapy and a wide variety of orthopedic services, he also provides second opinions on diagnoses in order to give patients the most information possible on their conditions to obtain proper joint tissue regeneration.

If you are looking for a solution to assist with your orthopedic limitations, get in touch with Dr. Steven W. Meier and the medical team at Meier Orthopedic Sports and Regenerative Medicine. Dr. Meier is a Board-certified orthopedic surgeon with years of experience in advanced orthopedic techniques.

For more information on regenerative medicine and what treatments may be right for you, contact an orthopedic surgeon by calling 310.736.2793 or filling out the online contact form. Through an appointment with a regenerative medicine specialist at Meier Orthopedic Sports and Regenerative Medicine in Los Angeles, you can restore your body and stay healthy for years to come.

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Regenerative Medicine Therapy Specialists Beverly Hills, Los ...

Regenerative medicine is an emerging specialty of medicine focused on enhancing the bodys ability to regenerate healthy tissue and overcome disease processes. Regenerative treatments can be used to address symptoms associated with many medical conditions, by unlocking the natural ability of the human body to regenerate healthy tissue, and restore health and function.

In the field of Regenerative Medicine, there are several treatment options commonly offered:

Drawbacks with this option:

-Limited stem cells, if any

-Not very potent

-Foreign cells, therefore risk of rejection

Drawbacks with this option:

-Patient has to undergo an additional procedure in order to harvest tissue.

-The number of stem cells and the potency of the cells decrease as an individual ages.

-Strict regulations in the US limit how this treatment can be performed.

Exosomes are the byproduct of neonatal stem cells , which are most potent.

They are not cells, therefore, they do not carry a risk of rejection.

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Regenerative Medicine Regenerative Solutions of New Jersey

At Downtowns Healthcare our Medical team is highly trained and have 100s of hours in post graduate study to bring to Colorado a variety of regenerative medicine options. In a regenerative therapy session, growth factors, proteins HA, cytokines and/or mesenchymal stem cells are injected into injured or damaged areas to enhance the bodys natural ability to heal tissues. In patients who cannot rebuild as quickly as others, this matrix of cells essentially work more quickly to repair damaged cells and tissues and create healthy cells which can then be replicated. Regenerative therapy causes this matrix of cells to transform, beginning to stimulate your bodys natural healing response, and start to repair and regenerate the damaged part of your body. Even after one treatment, many of our patients report experiencing a reduction in their pain, as this matrix of cells begin to replace damaged tissue with repaired, healthy cells. In fact what makes DHC one of the best offices is the following: Our providers skill set is the best of the best. Karen Rea NP has taken 100s of post grad hours in the delivery of joint injections. In fact she teaches other MDs, NPs PAthroughout the country and is accredited through AANP (American Association of Nurse Practitioners) We always use diagnostic ultrasound in the delivery for visualization and accurate placement of the regenerative treatment. In fact a recent study stated that when DX ultrasound is used it resulted in a 48% reduction procedural pain, a 42% reduction in pain scores at outcome, 107% increase in the responder rate.

View the study

We do a very thorough consultation and evaluation to see if one is a candidate. If a patient is, we offer options in different regenerative treatments and recommend the one that we feel would give the best results. This is one of the reasons for such a high improvement rate in our office. Though this treatment does not help everyone, a majority of patients report some form of improvement from increase range of motion, less pain, pain scores going from an 8-9 out of 10 to a 0-3, 10 beingthe most pain. Patients have also reported taking fewer medications such as opioids/over the counter medications and many joint surgeries have been cancelled or postponed as patients have had an increase in function and feel better overall. Call today at 303-292-9992 to schedule a consultation and evaluation to see if you are a candidate.

How Does Regenerative Medicine Work?

Over time, healthy tissue can become dysfunctional due to age and injury. A human cell and tissue product (HCT/P) is administered to a recipient to repair, reconstruct, replace, or supplement the same basic functions of the recipients cells or tissues.

Regenerative Medicine For Denver

At Downtowns Healthcare our Medical team is highly trained and have 100s of hours in post graduate study to bring to Colorado a variety of regenerative medicine options. In a regenerative therapy session, growth factors, proteins HA, cytokines and/or mesenchymal stem cells are injected into injured or damaged areas to enhance the bodys natural ability to heal tissues. In patients who cannot rebuild as quickly as others, this matrix of cells essentially work more quickly to repair damaged cells and tissues and create healthy cells which can then be replicated. Regenerative therapy causes this matrix of cells to transform, beginning to stimulate your bodys natural healing response, and start to repair and regenerate the damaged part of your body. Even after one treatment, many of our patients report experiencing a reduction in their pain, as this matrix of cells begin to replace damaged tissue with repaired, healthy cells. In fact what makes DHC one of the best offices is the following: Our providers skill set is the best of the best. Karen Rea NP has taken 100s of post grad hours in the delivery of joint injections. In fact she teaches other MDs, NPs PAthroughout the country and is accredited through AANP (American Association of Nurse Practitioners) We always use diagnostic ultrasound in the delivery for visualization and accurate placement of the regenerative treatment. In fact a recent study stated that when DX ultrasound is used it resulted in a 48% reduction procedural pain, a 42% reduction in pain scores at outcome, 107% increase in the responder rate.

View the study

We do a very thorough consultation and evaluation to see if one is a candidate. If a patient is, we offer options in different regenerative treatments and recommend the one that we feel would give the best results. This is one of the reasons for such a high improvement rate in our office. Though this treatment does not help everyone, a majority of patients report some form of improvement from increase range of motion, less pain, pain scores going from an 8-9 out of 10 to a 0-3, 10 beingthe most pain. Patients have also reported taking fewer medications such as opioids/over the counter medications and many joint surgeries have been cancelled or postponed as patients have had an increase in function and feel better overall. Call today at 303-292-9992 to schedule a consultation and evaluation to see if you are a candidate.

How Does Regenerative Medicine Work?

Over time, healthy tissue can become dysfunctional due to age and injury. A human cell and tissue product (HCT/P) is administered to a recipient to repair, reconstruct, replace, or supplement the same basic functions of the recipients cells or tissues.

Depending on the cause of your condition will dictate what treatment options will be recommended. We typically will recommend a variety of treatments along with regenerative medicine such as nutritional guidance, some form of rehab whether it be at our office, a referral to a PT and or home exercise. It is critical to identify the cause so that the best treatment options are identified. This also is a reason we feel we get better results than other offices as we focus on rehabbing the area as well.

We strive to help each patient start to feel better as quickly as possible, we know that certain pains and conditions hinder your performance and workflow throughout the day. Come over for a visit if you have any of the following conditions:

Regenerative therapy slows the progression of pain and deterioration in the body. Restoring proper function and mobility in the area or areas of the body affected. Be able to jump around and feel young again, you deserve it.

How Stem Cell Therapy In Denver Has Helped Others

Conditions Treated

Depending on the cause of your condition will dictate what treatment options will be recommended. We typically will recommend a variety of treatments along with regenerative medicine such as nutritional guidance, some form of rehab whether it be at our office, a referral to a PT and or home exercise. It is critical to identify the cause so that the best treatment options are identified. This also is a reason we feel we get better results than other offices as we focus on rehabbing the area as well.

We strive to help each patient start to feel better as quickly as possible, we know that certain pains and conditions hinder your performance and workflow throughout the day. Come over for a visit if you have any of the following conditions:

Regenerative therapy slows the progression of pain and deterioration in the body. Restoring proper function and mobility in the area or areas of the body affected. Be able to jump around and feel young again, you deserve it.

How Stem Cell Therapy In Denver Has Helped Others

1. PRP Platelet Rich Plasma:Platelet rich plasma (PRP) injections are derived form a sample of the patients own blood. These injections contain plasma with higher concentration platelets than what is normally found in blood. PRP injections attempt to take advantage of the bloods naturally healing properties to repair damaged cartilage, tendons, ligaments,muscles, or even bone.

2. Amniotic Allografts:is allograft tissue derived from the amniotic membrane and fluid. Placental tissue is donated by healthy mothers at the time of scheduled cesarean section. Expectant mothers submit their past medical and social history and a detailed risk assessment is performed. Ultimately, approval of the tissue for use is made by the Medical Director following an intensive and complete medical review and prenatal evaluation prior to delivery. This tissue is rich with the basic components necessary for tissue regeneration including:Growth Factors, Cytokines, Collagen, Fibrinogen, Hyaluronic Acid, Messenger RNA.

Key Characteristics: The extracellular matrix of the amniotic membrane contains a high concentration of cellular scaffolding, cytokines, growth factors and proteins.

Ref: Predictive Biotech

3. Umbilical Cord tissue/blood: this regenerative medicine product is derived from Umbilical Cord Tissue Donations. This product contains mesenchymal stem cells (MSCs) and is rich in growth factors from umbilical cord tissue. These tissues are obtained under informed consents and strict ethical protocols. These tissues are from safe, reliable hospital sources via a non-invasive, simple, and painless procedure.

Key Characteristics: Whartons Jelly is a gelatinous substance in the umbilical cord that provides cushioning and support to the umbilical vein and arteries. The cushioning and protective elements from Whartons jelly consist of a network of structural proteins, pericytes, mesenchymal stem cells, cytokines, chemokines and growth factors.Ref: Predictive Biotech

Click here to view Cell viability

4. Adipose tissue: Adipose-derived stem cells come from a patients fat tissue, which is surgically extracted via liposuction under general anesthesia.Adipose-derived stem cells are recognized as being an effective mesenchymal stem cell population with enormous potential in different fields of regenerative medicine and stem cell therapy. Although there is unanimous agreement on the harvesting procedure for adipose tissue, there are various protocols for adipose-derived stem cell isolation.

5. Bone Marrow: Adult stem cells can be extracted from bone marrow by aspiration, typically from the superior iliac crest or the sternum. The bone marrow aspiration (BMA) procedure is a concentrated serum of your own cells, the procedure is considered autologous point-of-care, and we do not expand or manipulate the marrow product other than placing it in a centrifuge.

We use an array of different regenerative treatment options. Based on a thorough history, consultation and evaluation, recommendations will be given on best option for your specific condition.

Research

We encourage people to look into regenerative medicine. There are currently over 4,000 clinical trials being conducted worldwide. Go to clinicaltrials for more information.

Downtowns Healthcare continues to review research, and put into play the most cutting edge treatments to help those who are interested in regenerative medicine.

1. PRP Platelet Rich Plasma:Platelet rich plasma (PRP) injections are derived form a sample of the patients own blood. These injections contain plasma with higher concentration platelets than what is normally found in blood. PRP injections attempt to take advantage of the bloods naturally healing properties to repair damaged cartilage, tendons, ligaments,muscles, or even bone.

2. Amniotic Allografts:is allograft tissue derived from the amniotic membrane and fluid. Placental tissue is donated by healthy mothers at the time of scheduled cesarean section. Expectant mothers submit their past medical and social history and a detailed risk assessment is performed. Ultimately, approval of the tissue for use is made by the Medical Director following an intensive and complete medical review and prenatal evaluation prior to delivery. This tissue is rich with the basic components necessary for tissue regeneration including:Growth Factors, Cytokines, Collagen, Fibrinogen, Hyaluronic Acid, Messenger RNA.

Key Characteristics: The extracellular matrix of the amniotic membrane contains a high concentration of cellular scaffolding, cytokines, growth factors and proteins.

Ref: Predictive Biotech

3. Umbilical Cord tissue/blood: this regenerative medicine product is derived from Umbilical Cord Tissue Donations. This product contains mesenchymal stem cells (MSCs) and is rich in growth factors from umbilical cord tissue. These tissues are obtained under informed consents and strict ethical protocols. These tissues are from safe, reliable hospital sources via a non-invasive, simple, and painless procedure.

Key Characteristics: Whartons Jelly is a gelatinous substance in the umbilical cord that provides cushioning and support to the umbilical vein and arteries. The cushioning and protective elements from Whartons jelly consist of a network of structural proteins, pericytes, mesenchymal stem cells, cytokines, chemokines and growth factors.Ref: Predictive Biotech

Click here to view Cell Viability

4. Adipose tissue: Adipose-derived stem cells come from a patients fat tissue, which is surgically extracted via liposuction under general anesthesia.Adipose-derived stem cells are recognized as being an effective mesenchymal stem cell population with enormous potential in different fields of regenerative medicine and stem cell therapy. Although there is unanimous agreement on the harvesting procedure for adipose tissue, there are various protocols for adipose-derived stem cell isolation.

5. Bone Marrow: Adult stem cells can be extracted from bone marrow by aspiration, typically from the superior iliac crest or the sternum. The bone marrow aspiration (BMA) procedure is a concentrated serum of your own cells, the procedure is considered autologous point-of-care, and we do not expand or manipulate the marrow product other than placing it in a centrifuge.

We use an array of different regenerative treatment options. Based on a thorough history, consultation and evaluation, recommendations will be given on best option for your specific condition.

Research

We encourage people to look into regenerative medicine. There are currently over 4,000 clinical trials being conducted worldwide. Go to clinicaltrials for more information.

Downtowns Healthcare continues to review research, and put into play the most cutting edge treatments to help those who are interested in regenerative medicine.

As a disclaimer: Like all medical procedures, Downtowns healthcare procedures have a success and failure rate. Check out our website for testimonials. However, these should not be interpreted as a statements on the effectiveness of our treatments for anyone else. We do a very thorough consultation and evaluation to see if a person is a candidate for care.

When you come in to visit our office, you will quickly learn that all of our services are aimed to treat the underlying condition you suffer from, and not just the symptoms.Your health and overall well-being are very important to us; if you think we can help, don't hesitate to reach out.

When you come in to visit our office, you will quickly learn that all of our services are aimed to treat the underlying condition you suffer from, and not just the symptoms.Your health and overall well-being are very important to us; if you think we can help, don't hesitate to reach out.

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Denver Regenerative Medicine & Stem Cell Therapy

Regenerative Medicine Regenerative Medicine: A Holistic Approach for Musculoskeletal & Peripheral Vascular Disorders

That regenerative medicine is a holistic practice implies that regenerative medicine techniques for musculoskeletal and peripheral vascular disorders are both available and effective. That is true. Adding a holistic approach is another step in the process that helps your body move forward on a healing path.

Numerous forms of regenerative medicine exist. From a musculoskeletal and peripheral vascular perspective the first step should embrace the importance of nutrition. While several procedures are available to enhance cell regeneration none of them will be as effective if the body is nutritionally deficient. While numerous supplements are available, we recommend Juice Plus. This is a whole food fruits and vegetable extract with several medical school studies that demonstrate Juice Plus absorption and cell integration of the underlying nutrients.

Before regenerative medicine techniques are initiated it is best to have a medical doctor evaluate the root cause of the problem. Often underlying conditions are present that affect healing. For example, a patient with diabetes or early peripheral arterial disease will not heal as quickly as someone without those conditions. Medical management to obtain optimal control of co morbid disease can only enhance a regenerative medicine approach.

Likewise a torn rotator cuff in the shoulder or an osteoarthritic knee may be associated with a strained ligament in the neck or a nerve irritation in the low back. Quite often treating the spinal component will improve the results of treating the injured limb. That means the whole body should be evaluated, not just the area of most obvious interest. If muscles are inhibited, tight or weak a functional restoration program to re educate, stretch and then strengthen should occur.

Diagnostic Musculoskeletal Ultrasound, Segmental Plethysmography, and Arterial Duplex studies are three non invasive and non ionizing tests that can both image and detect the presence of injury or disease. Depending upon the severity of findings results can be used to formulate a focused treatment plan. A very powerful tool to re-grow, or proliferate torn or stretched muscle, tendon and ligament is Prolotherapy.

Prolotherapy is a technique where medications are injected into an injured musculoskeletal body part with the intent of regenerating tissue. Various compounds are used, but we prefer a combination of Xylocaine and Sodium Morrhuate. Morruate is 80% arachandonic acid. When injected into the injured body part it stimulates local prostaglandin production, which in turn initiates the wound healing cascade.

Essentially Prolotherapy is a natural way of telling your bodys natural wound healing response to come to an area and to it. Injections are often done an average of three times over a several weeks. Biopsies have been done and confirm the creation of organized tissue (not scar formation). After the third injection a 40% thickening can be expected.

For more severe cases, or in instances where a faster response is needed, PRP can be done. In this instance Platelet Rich Plasma (concentrated growth factors from your own blood) are injected into the injured tissue. Unlike prolotherapy that tells your bodys natural wound healing response to come to an area, PRP concentrates those cells involved in wound healing and puts them into the area. Usually only one or two injections are needed. While there can be more pain right after the injection it is usually short lived and followed by rapid improvement.

Placed in between PRP and Stem Cell therapy are concentrated growth factors that are obtained from donor sources such as amnion (the inner most layer of the placenta) or from the placenta itself. When tissue or growth factors are obtained from sources other then your own body they are called allografts. While some biologic companies that provide placenta derived growth factors have studies that show their products contain stem cells most claims from this class of products are restricted to containing growth factors only. The FDA closely monitors the process whenever biologics such as these are used to help assure that strict safety standards are met. Nice things about allograft growth factor treatments include relative ease of administration, they usually only need to be done one time, and they cause little pain during the procedure.

Even more advanced regenerative techniques include obtaining stem cells from bone marrow or fatty tissue (when the cells come from your own body they are referred to as autologus grafts), or umbilical cord derived sources. The goal for both autologus and allograft stem cell therapy is to provide a high concentration of undifferentiated cells (cells that have not yet decided what they want to be). Harvesting and preparing stem cells from bone marrow or fat cells requires a minor surgical procedure (either bone marrow aspiration or liposuction) so the technology needed to obtain these cells, and then to concentrate them, is more involved for the patient versus getting cells from allograft sources. That also means that the cost for autologus stem cells is higher and there is generally some pain when the tissue is taken (in most cases this is well controlled however some discomfort should be expected). When stem cells come from other donors as is the case with umbilical cord derived sources there is little or no pain associated with the procedure since only a graft is required. With each step up from proliferative injections to stem cell treatment the cost is higher and the response is expected to be more robust.

It is readily accepted that PRP and Stem Cell therapies can regenerate ligament and facilitate muscle & tendon healing. Cartilage restoration is a bit more controversial. Most physicians that perform regenerative medicine treatments however agree that when stem cells are employed the clinical response looks very much like new cartilage was laid down. With the exception of select cancer and wound or peripheral vascular conditions while there have been exciting reports of stem cell treatments resulting in miraculous responses in a wide range of medical conditions for the most part these other indications are not yet readily accepted by the medical community. Our office has published in the past on reversal of peripheral vascular disease when nutritional support (Juice Plus) is combined with medications such as Plavix and Pletal. We have seen excellent responses in wound and peripheral vascular cases using PRP or Stem Cell this approach in our opinion they are still not the main stay of treatment and experience remains anecdotal.

Reducing total load means doing whatever is necessary to put the body back onto a healing path. In an effort to maximize outcomes we like to help you and your body do what ever is necessary to facilitate the best outcome. That means looking at all the factors that affect wellness and doing whatever else is necessary too support your musculoskeletal system and the joint or tissue we are trying to treat. Some patients may even benefit from treatment with hormone replacement therapy, infectious and immunological approaches, or addressing mind body spirit challenges. We try to be open minded in our approach and provide only those treatments that make sense for you. Whether you suffer from sprained, strained or partially torn muscle, tendon, ligament, or have joint space narrowing associated with osteoarthritis,regenerative medicine offers new treatment options for restoring quality of life.

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Regenerative Medicine Treatment in Greenville, Spartanburg ...

More and more athletes are turning to stem cell treatments, because the pressure to get back on the field is high and access to these experimental therapies is continuing to increase. Athletes commonly suffer serious injuries that could potentially end their careers and cause them serious long-term health complications. Most of them turn to surgery to resolve those injuries.

However, some of them are pursuing stem cell treatments, because these procedures are less invasive than surgery and have the potential to speed and augment repair.

This article outlines 38 athletes who have undergone stem cell treatments for their knees, hips, ankles, shoulders, and more.

In this article:

Stem Cell Therapy for Knees

The 14 athletes below pursed stem cell therapies to resolve knee injuries and complications.

In 2010, the NFL player Jarvis Green went to Regenexx to seek stem cell treatment for his knees. The treatment involved extracting stem cells from his bone marrow and then injecting it into his knees. Prior to this, Green had two knee surgeries, which both resulted in complications and long recovery periods.

The running back for the Denver Broncos also had stem cell treatment for his knees. He had his treatment in 2013 but has yet to disclose which stem cell clinic he used.

Sidney Rice went to Switzerland for stem cell injections. The Seattle Seahawks wide receiver underwent Regenokine injection treatments for his knees.

Hines Ward was among one of the first athletes who turned to stem cell treatment for a speedy recovery. He had joint regeneration therapy using cell prolotherapy at Intermountain Stem Cells. The treatment was for a knee medial collateral ligament sprain.

The defensive lineman for the Falcons underwent a knee surgery and used stem cell therapy to speed up his recovery. The surgery was for a torn medial collateral ligament in his left knee.

Jamaal Charles had a torn anterior cruciate ligament on his knee and had ligament-repair surgery. His stem cell therapy involved extracting stem cells from his bone marrow and injecting them into his knee.

Rolando McClain had been experiencing chronic pain in his knees for two years, and then he suffered a high ankle sprain. During his offseason, McClain went to USA Precision Stem Cell and had liposuctioned fat cells autologously injected into his knees.

The Raiders linebacker injured both of his knees and then underwent stem cell treatment during his offseason.

When Alex Rodriguez sustained a knee injury, he went to Germany for stem cell treatment. The procedure was a platelet-rich plasma therapy that was injected into Rodriguezs knee. They also injected it into his shoulder to prevent future inflammation.

Josh Hamilton of the Texas Rangers had experienced swelling on his knee for a long time before he finally consulted with Dr. James Andrews to then received a stem cell and platelet-rich plasma injection.

The pitcher for the Los Angeles Dodgers didnt want to risk his career by allowing surgery on his knees. Instead, he went to joint Intermountain Stem Cells for regeneration therapy using stem cell prolotherapy.

Kobe Bryant traveled to Germany to seek stem cell treatment from Dr. Peter Wehling for the degeneration of his knees.

Pau Gasol had an autologous stem cell injection on his knee to remove degenerated tissue without surgery. The procedure was a focused aspiration scar tissue removal done by Dr. Steve Yoon at the Kerlan-Jobe Orthopaedic Clinic.

Chris Johnson sustained a meniscus injury on his left knee, but he continued to play through the season. The injury worsened and Johnson lost a lot of cartilage throughout the remainder of the season. He sought out Dr. James Andrews and had stem cell therapy to accelerate his recovery.

The three athletes below pursed stem cell therapies for ACL and MCL repair (ligaments within the human knee).

The famous golfer confirmed in 2010 that he had undergone a stem cell treatment. He received joint regeneration therapy with platelet-rich injections.

Stephen Curry had a grade-1 MCL sprain and consulted with Dr. Russ Riggs from the Reflex Clinic in Tigard regarding stem cell treatments. Dr. Riggs advised Curry to have PRP injections to help his recovery by reducing the inflammation and pain.

The former NFL player went to South Koreas Chaum Anti-Aging Center to seek treatment for an ACL injury. There, he had bone marrow-derived stem cell injections for ligaments, tendons, and joints.

Stem Cell Therapy for Cartilage, Tendon, & Muscles

The six athletes below pursed stem cell therapies to resolve cartilage, tendon, and muscle complications.

The Jacksonville Jaguars guard sought stem cell treatment for cartilage regrowth in 2013. However, Uche Nwaneri has not yet gone public about which clinic he underwent treatment at.

Marquis Maze, the former University of Alabama receiver, had stem cell therapy for a muscle injury at USA Precision Stem Cell. The procedure was an autologous operation for his damaged joints and muscles.

LaRon Landry missed a lot of games in 2012 due to an injury to his left Achilles tendon. Instead of seeking surgery, he went to AminoMatrix and had PRP treatments for his torn tendon.

Cliff Lee is one of the many athletes who has gone to Intermountain Stem Cells. According to their website, Lee had a joint regeneration therapy using stem cell prolotherapy.

The Olympic swimmer had mild arthritis in her knees, which worsened due to her training. In 2009, she had an autologous chondrocyte implantation to regrow the cartilage cells on her kneecap.

The veteran rugby player took a break from his career due to damaged knee cartilage. With the hope of reviving his career, he had stem cells injected into his right knee at a clinic in Queenstown.

Elbow Stem Cell Treatments

The three athletes below pursed stem cell therapies to resolve elbow injuries.

Among the major league athletes, Bartolo Colons stem cell treatment has had some of the most coverage. He was sidelined due to a torn rotator cuff and elbow injury in 2005. He was then one of the first athletes to receive a stem cell transplant on his arm from his fat and bone marrow.

Andrew Heaney went public about having stem cell treatments in 2016. He had a torn ulnar collateral ligament and received stem cell therapy to aid his recovery.

Garrett Richards had a torn elbow ligament and wanted to start surgery right away. Instead, the teams physical therapist Bernard Li advised Richards to try stem cell treatments. In May 2017, stem cells were extracted from his bone marrow and injected into his elbow.

Leg and Foot Stem Cell Treatments

The four athletes below pursed stem cell therapies to resolve leg and foot injuries.

The Real Madrid forward sustained a hamstring injury and tried stem cell treatment to hasten his recovery for their next game in Manchester. The procedure involved harvesting stem cells from his own bone marrow and injecting it into his hamstrings.

The Giants running back Ahmad Bradshaw underwent a foot surgery that involved having screws inserted into his foot for two fractures, which he regretted within the year. It wasnt until 2011, when a new fracture occurred, that he decided to seek a different form of treatment. Instead of following through with the surgery, he tried stem cell injections to promote bone regrowth in his foot. In 2012, he had the screws taken out and played for the rest of the season.

Prince Amukamara of the New York Giants sustained a broken bone in his left foot from training camp. For bone regeneration, he had stem cells harvested from his bone marrow and injected into his foot.

The Olympic athlete David Payne suffered a shin injury while he was training for the Olympic trials in 2011. In an attempt to reach his optimum for the trials, he had stem cell therapy with PRP as a regenerative procedure.

The two athletes below pursed other types of stem cell treatments for athletic injuries.

Ray Lewis is another high-profile athlete who received a stem cell treatment for a sports-related injury. Lewis traveled all the way to Europe for stem cell therapy on his triceps.

The football star Peyton Manning suffered a neck related injury while playing ball. He traveled to Germany to undergo stem cell treatment, where stem cells from his fat cells were harvested and injected into his neck.

The six individuals below pursed stem cell therapies for conditions beyond sports-related injuries.

The hockey player Gordie Howe experienced a number of small strokes in 2014. At the age of 86, his right side had become paralyzed. Dr. McGuigan from Stemedica, a stem-cell manufacturer, offered Howe and his family an experimental stem cell treatment. The procedure involved millions of neural stem cells injected into his spinal column. He started exhibiting results within days.

Jose Contreras was suffering from chronic pain in his joints, and was among one of the first high-profile athletes to try PRP therapy as an alternative to surgery and other invasive procedures.

Daisuke Matsuzaka was the highly fought-for pitcher in 2006. He is also one of the major league athletes who had PRP therapy for painful joints.

The 82-year-old Nascar driver joined his wife in seeking stem cell treatments to better their health and regain some youth. Foyt had adult stem cells injected into his blood, ankle, and shoulder.

Jack Nicklaus is a golf legend with 120 professional tournament victories. He went through various medical procedures to help with his chronic joint pain and inflammation. In 2016, he tried stem cell therapy at the Isar Klinikum in Germany. The procedure used liposuctioned abdominal stem cells stained with Matrase to break down the fat tissue.

The tennis player Rafael Nadal had stem cell treatment for back ailments. Stem cells were injected into a joint in his spine to help repair the cartilage. He had also received a similar procedure for his knee the year before.

Stem cell therapies now offer novel alternatives to many surgical procedures. With more and more athletes exploring these types of treatments, they will play an increasingly important role in the future of sports injuries at both the amateur and professional level.

Do you know of other athletes who have undergone stem cell treatments? Mention them in the comments section below.

Up Next:Cost Of Stem Cell Therapy

38 Pro Athletes Who Have Had Stem Cell Treatments

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38 Pro Athletes Who Have Had Stem Cell Treatments ...

Early growth determines longevity in male rats and may be related to telomere shortening in the kidney.

Different letters above the columns indicate significant differences in longevity, the number within the columns indicates the number of replicates.

He commented that infection longevity might be conducive to multiple infections or that species may occupy different sites within the snail, making coexistence possible.

The aging lung the contribution of elastin and collagen, which are insoluble extracellular proteins characterized by their longevity, strength and resistance to destruction.

While very similar features have been found to increase ' happiness', we find them to be somewhat significant in explaining longevity.

If so, then increased longevity is much less of a problem than improved technology linked to increased expectations.

Of course, other factors might also be influential, including revisions in expectations of longevity.

In addition, it is not known whether patients' expectations of their longevity affect their psychological wellbeing.

Under this hypothesis, gigantism is viewed as a host adaptation that improves host survival beyond the longevity of the parasite.

I also present the alternative hypothesis, discussing why higher levels of initial political competition may increase the longevity of a democracy.

Prolonged longevity in both societies also means that family carers have been ageing, and periods of care have often become prolonged.

Otherwise, how can we account for his longevity and for his remarkable comebacks ?

Whilst the impact of increasing longevity has been significant, the effect has been much less than that of interest rates.

Therefore, control strategies that can limit transmission as well as drug pressure and thereby extend longevity of antimalarials in malaria endemic areas should be considered.

The natural longevity of the mongoose is not known, but some individuals have been reported to survive up to 13 years in captivity.

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LONGEVITY | meaning in the Cambridge English Dictionary

Are Freckles Harmful?

Freckles are harmless. They may sometimes be confused with more serious skin problems. Conversely, more serious problems such as skin cancer may at times be passed over as a mere freckle. Anyone who has one or more pigmented spots of which they are not certain should be seen by a dermatologist. Treatments are available to lighten or eliminate those freckles whose appearance bothers their owners.

What are freckles?

Freckles are flat, beige, brown circular spots that typically are the size of the head of a metal nail. The spots are multiple and may develop on sun-exposed skin after repeated exposure to sunlight. These are particularly common in people with red hair and a fair complexion. They may appear on children as young as 1 or 2 years of age.

Most freckles are generally uniform in color but can vary somewhat in color -- they may be reddish, yellow, tan, light brown, brown, or black -- but they are basically slightly darker than the surrounding skin. They may become darker and more apparent after sun exposure and lighten in the winter months. Freckles are due to an increase in the amount of dark pigment called melanin and an increase in the total number of pigment-producing cells called melanocytes. The word freckle comes from the Middle English freken, which, in turn, came from the Old Norse freknur, meaning "freckled." (Some speakers of Old English and Old Norse must have had a tendency to develop freckles.)

What types of freckles are there? Freckles vs. lentigines

Ephelides (singular: ephelis) is the Greek word and medical term for freckle. This term refers to 1 mm-2 mm flat spots that are tan, slightly reddish, or light brown and typically appear during the sunny months. They are most often found on people with light complexions, and in some families, they are a hereditary (genetic) trait. People with reddish hair and green eyes are more prone to these types of freckles. Sun avoidance and sun protection, including the regular use of sunscreen, help to suppress the appearance of the freckles.

Lentigines (singular: lentigo) comes from the Latin word for lentil and is the medical term for certain types of larger pigmented spots most commonly present at the site of previous sunburn and sun damage. Lentigines are often darker than the common freckle and do not usually fade in the winter. This kind of spot is referred to as lentigo simplex or solar lentigo. The number of melanocytes and melanosomes (cellular structures that contain melanin pigment) are normal in number and appearance. Although occasionally lentigines are part of a certain rare genetic syndromes, for the most part they are just isolated and unimportant spots.

What are "liver spots" or "age spots"?

"Liver spots" or "age spots" are common names for solar lentigines on the back of the hands. The term "liver spot" is actually a misnomer since these spots are not caused by liver problems or liver disease. While lentigines do tend to appear over time, they are not in themselves a sign of old age but a sign of sun exposure.

Freckles vs. moles

Moles are small, almost sightless mammals (a shrew relative) that tunnel beneath the ground and occasionally damage suburban lawns and golf courses. This term when used to describe something on the skin is very nonspecific. Most of the time it refers to a brown to black flat to slightly elevated bump. The type of cells of which the bump is composed distinguish the real nature of mole. For example, a mole composed of benign melanocytes is called a melanocytic nevus.

Frequently, elderly people may have raised, brown, crusty lesions called seborrheic keratoses in or around the same areas where lentigines are plentiful. Seborrheic keratoses are also benign (not malignant) growths of the skin. Some patients call these growths "barnacles" or "Rice Krispies." Although they are most often medium brown, they can differ in color ranging anywhere from light tan to black. They occur in different sizes, too, ranging anywhere from a fraction of an inch (or centimeter) to an inch (2.5 cm) in diameter. Typically, these growths are around the size of a pencil eraser or slightly larger. Some lesions begin as a flat, brown spot, indistinguishable from a lentigo. Then they gradually thicken, forming the waxy stuck-on appearance of seborrheic keratoses. They look like they have either been pasted on the skin or may look like a dab of melted brown candle wax that dropped on the skin. Seborrheic keratoses may occur in the same areas as freckles. Seborrheic keratoses are also more common in areas of sun exposure, but they may also occur in sun-protected areas. When they first appear, the growths usually begin one at a time as small rough bumps. Eventually, they may thicken and develop a rough, warty surface.

Seborrheic keratoses are quite common especially after age 40. Almost everybody may eventually develop at least a few seborrheic keratoses during their lifetime. They are sometimes referred to as the "barnacles of old age."

What causes freckles?

Freckles are thought to develop as a result of a combination of genetic predisposition (inheritance) and sun exposure. The sun and fluorescent tanning lights both emit ultraviolet (UV) rays, which when absorbed by the skin enhances the production of melanin pigment by cutaneous melanocytes. People with blond or red hair, light-colored eyes, and fair skin are especially susceptible to the damaging effect of UV rays and likely to develop freckles. A freckle is essentially nothing more than an unusually heavy deposit of melanin at one spot in the skin.

Is it possible to inherit freckles?

Heredity or more accurately skin color is a very important factor in the susceptibility to form freckles. The tendency to freckles is inherited by individuals with fair skin and/or with blond or red hair. Very darkly pigmented individuals are unlikely to develop freckles.

Research in twin siblings, including pairs of identical twins and pairs of fraternal (nonidentical) twins, have found a striking similarity in the total number of freckles found on each pair of identical twins. Such similarities were considerably less common in fraternal twins. These studies strongly suggest that the occurrence of freckles is influenced by genetic factors. A number of genes have been associated with freckling: MC1R, IRF4. ASIP, TYR, and BNC2.

Why do freckles form on body areas not exposed to the sun?

True freckles almost never occur on covered skin and pose essentially no health risk at all. They are all absolutely harmless. They are not cancerous and generally do not become cancerous. A rare skin finding called axillary freckling (freckles in the armpit) is occasionally seen in a rare inherited disease called neurofibromatosis. These freckles are quite different in appearance from the common variety in both their appearance and distribution.

Anyone who has one or more uncertain pigmented spots should have their dermatologist evaluate them. Even verbal descriptions and photographs cannot convey enough information for satisfactory self-diagnosis. As always, it is better to be safe than sorry.

The American Academy of Dermatology recommends a full-body skin examination for adults as part of a routine annual health exam. It is important to have any new, changing, bleeding mole or growth examined by your physician or dermatologist as soon as possible. Skin cancers are curable if diagnosed and treated at an early stage.

What is the treatment for freckles?

Freckles are rarely treated. Several safe but expensive methods are available to help lighten or reduce the appearance of freckles. Frequently, multiple or a combination of treatments may be required for best results. Not everyone's skin will improve with similar treatments, and freckles can often recur with repeated UV exposures.

Are there home remedies for freckles?

There are no home remedies that adequately treat freckles. A quick Internet search will reveal a whole host of treatments, most of which are composed of a variety of edible goodies. Makeup can be of great benefit in concealing freckles.

What is the value of freckles?

Some people like their freckles, while others may be more bothered by their appearance. The cosmetic improvement of the skin is a frequent request among people with freckles. On the other hand, freckles are desirable by some people who like the special character or uniqueness these give them.

Freckles can have their value. One is in poetry. For example, without freckles, Oliver Wendell Holmes (1809-1894), the American physician, professor, and man of letters, could not have written:

His home! the Western giant smiles,And twirls the spotty globe to find it;This little speck, the British Isles? 'Tis but a freckle, never mind it.

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Is it possible to prevent freckles?

Since we cannot change our own genetic component of freckling, our main prevention measures are aimed at sun avoidance and sun-protection, including

Freckle prevention is more effective than freckle removal. Freckle-reduction treatments are more difficult and often not satisfactory. People with known hereditary tendencies of freckling should start sun protection early in childhood. Much of the sun and UV skin damage occurs often while children are under age 18.

Fair-skinned people who are more prone to freckling and sunburns are also generally more at risk for developing skin cancers. Freckles may be a warning sign of sensitive skin that is highly vulnerable to sunburn and to potential skin cancer.

Medically Reviewed on 12/27/2018

References

Bastiaens, Maarten, et al. "The Melanocortin-1-Receptor Gene Is the Major Freckle Gene." Human Molecular Genetics 10.16 (2001): 1701-1708.

Freckles.org. <http://www.freckles.org/>.

Green, Adle C., Sarah C. Wallingford, and Penelope McBride. "Childhood exposure to ultraviolet radiation and harmful skin effects: Epidemiological evidence." Progress in Biophysics and Molecular Biology 107 (2011): 349-355.

Praetorius, Christian, Richard A. Sturm, and Eirikur Steingrimsson. "Sun-Induced Freckling: Ephelides and Solar Lentigines." Pigment Cell & Melanoma Research 27 (2014): 339-350.

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Freckles Treatment, Causes & Types - MedicineNet

Stem cell science is an innovative treatment approach that involves utilizing stem cells to stimulate the bodys natural repair response.

Our doctors gladly educate patients on how stem cell therapy can become an alternative to invasive surgeries. You will learn what stem cell therapy actually is, and how can it alleviate knee, hip, shoulder, or neck/back pain.

Dr. Nick Willett is our chief science officer who specializes on Stem Cell Science and Regenerative Medicine. The overall goal of Advanced Regenerative Orthopedics is providing people who suffer from musculoskeletal diseases and injuries with an alternative to major surgeries. Our main concern is that too many people turn to surgery while it can be avoided, and too many people live with severe pain while it can be alleviated.

Contrary to popular belief, stem cell science does not involve the use of fetal or embryonic stem cells, but rather the use of stem cells derived from fat, bone marrow, cord blood and other sources. While there are many stem cell sources, not all stem cells are equal. In fact, stem cells derived from umbilical cord blood have the greatest ability to regenerate new tissue with little to no risk of rejection. These younger cells are far more powerful than the stem cells derived from fat and bone marrow, and they dont require a donor match as is the case with many other types of stem cells.

In many instances, stem cell science is used to promote tissue healing and recovery for orthopedic patients, and for these patients in particular, the use of high quality, cord blood stem cells is vital to their speedy recovery.

It is important to consider all options before committing to any medical procedure. Do not operate, first consult with a Medical Doctor to determine if Stem Cell Treatment is right for you. Too many people jump to surgery too quickly, dont operate, take your time and consider all options.

Make a call and schedule the NO-COST consultation or attend our FREE seminar to learn how science becomes medicine. Advanced Regenerative Orthopedics wants every patient to be fully aware of impending treatment.

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Stem Cell Science | Advanced Regenerative Orthopedics

Paul Knoepfler, PhD, is an associate professor at UC Davis School of Medicine with a special research interest in stem cells and cancer. In addition to his research, Dr. Knoepfler is the creator of the Knoepfler Lab Stem Cell Blog, through which he tries to inform people about legitimate stem cell research, and warn them about the rise of stem cell clinics offering unproven and sometimes risky stem cell treatments. Knoepfler is also the author of the book Stem Cells: An Insider's Guide, that examines the ethical issues and regulations surrounding stem cell transplants.

Frankly, there's a lot of stem cell snake oil out there. Weve seen a rise in stem cell tourismclinics worldwide selling treatments that are not proven safe and effective. I don't think the average patient can easily navigate the wild universe of stem cells and be confident they know whether a particular treatment would be safe and effective. Many clinics forgo the usual, accepted path of FDA pre-approval of an experimental therapy such as stem cells.

Not many. Bone marrow transplantation and hematopoietic stem cell transplants are the most established. Otherwise things are experimental and risky.

Many predatory stem cell clinics offer a whole menu of dozens of conditions for which they sell "treatments." For example, a single clinic may sell an adipose (fat) stem cell therapy for 15 conditions, none of which have anything to do with fat. The conditions may range from musculoskeletal disorders to neurological diseases to pulmonary conditionsand the doctor providing the stem cell treatment may have no expertise in those conditions.

There are many issues of concern. Some I mentioned earlier, including the lack of FDA approval, the lack of physician expertise in the area of the patient's disease, the lack of logical reason why a fat stem cell therapy would help a given condition, the lack of proper informed consent, and the lack of compelling data backing up the treatment.

Stem cells are also often administered in ways that don't make a whole lot of sense, such as intravenously (IV) for a brain condition. Stem cells can cause abnormal tissue growth thateven if benigncan be destructive to surrounding tissues. Stem cells can also cause cancer, pulmonary emboli, and immune reactions.

The FDA regulates biological drugs and products, including stem cell therapies. But the FDA does not regulate the doctors directly, as that is the responsibility of state medical boards. And the doctors at stem cell clinics are using the drugs and devices "off label" in ways that were not FDA approved. Is this illegal? We don't have a clear answer, particularly because the FDA has not taken any clear action in the last couple of years on this. (Previously the FDA had issued warnings to stem cell clinics.) The lack of FDA action has created a gray zone in which hundreds of clinics are now operating. That gray zone could suddenly collapse or instead things could stay murky for quite some time. Stuck in the middle are patients.

I recommend that patients talk to their primary care doctor about whether a stem cell therapy might be advisable or not. Patients should weigh the potential risks versus possible benefits, ideally using actual data. They should consider other options, and do as much homework as they can. Unfortunately many patients are understandably desperate for hope; predatory clinics take advantage of such patients. For many patients, cost is also an issue. A single stem cell treatment can cost $10,000, and many patients get more than one transplant. I strongly recommend against letting celebrity patients such as sports stars be the inspiration for stem cell therapy.

I noticed in late 2009 that there was a gap in the stem cell world. Social media and the Internet were dominated by the stem-cell clinic industry promoting this therapy, and by activists opposed to using stems cells from embryos for any medical reason at all. There was a need for a rational voice advocating for the stem cell field and evidenced-based medicine. I would also emphasize that there is much to be excited about with regard to stem cells and hundreds of legitimate clinical trials out there. I am hugely optimistic that stem cells will become a major part of mainstream medicine. But it is important not to jump the gun and do more harm than good by going too fast.

This opinion does not necessarily reflect the views of the UC Berkeley School of Public Health or of the Editorial Board at BerkeleyWellness.com.

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Is Stem Cell Therapy Safe and Effective? | Berkeley Wellness

TREATMENT:hRPE stem cells implantation (human Retinal Pigment Epithelial cells, (adult stem cells) by stereotactic brain injection + nutritious stem cell cocktail treatment (intravenous).

START OF TREATMENT:March 6, 2007.

BEFORE THE TREATMENT: Lindas main symptoms were rigidity and stiffness in the left side of her body. She had mild tremors mainly in her left hand and had difficulty grasping small objects or holding things with her fingers. She would drag her left leg while walking and while at rest the

muscles in her leg and tows would contract. During the night her muscles would contract constantly keeping her regularly from having more than few hours sleep. Her muscles were very weak and she would tire very quickly, her posture was stooped and she suffered from a general tenseness and stiffness in her face, neck and back.

Without the affect of the medications she could not turn her neck and should turn her whole body in order to look back. Every morning, before the medications started to influence, it was difficult getting dressed, getting out of bed or taking a shower.

Before the treatment Linda took her medications every 2-3 hours (Contam 250mg x 8 times a day). One hour after taking the medications Lindas symptoms were hardly noticed, but the medications influence wear out quickly and Lindas every activity was dependant on her next dose of medications.

During the last few years Lindas short term memory was affected up to a level that she quit her job in human resources. Her hand writing was affected too even after taking the medications, it was still very scratchy and hard to read.

Linda also suffered from general anxiety and depression.

AFTER THE TREATMENT:

Lindas first notable change after the surgery was a full night sleep - the first one in 5 years. Within 5 weeks after the stem cell implantation most of Lindas symptoms were gradually gone. Her fingers got their flexibility back and the tremors were gone she could now grasp things, open a door and articulate more precise movements with her fingers.

The cramps in her leg were gone and she stopped dragging her left leg.

I dont need to think anymore about every movement, as I did before she says.

Her muscle tension was significantly reduced, she felt more relaxed and stronger than before.

Her posture became more open and she could now turn her neck more easily. Before leaving the hospital Linda still had some weakness in her muscles but she felt that she is getting stronger every day.

Linda also noticed that her sense of smell and taste that were greatly weakened during the last years were coming back.

A major change in her quality of life was that now her symptoms were unnoticeable with almost half the dosage of the medications she used to take before. Linda is now taking medications 4 times a day (Sinemet 200mg X4 times a day) instead of 8 times of double dosage that she used to take before the treatment.

I was a watch keeper, I used to watch at the clock all the time, I stopped swimming riding bicycle and other activities because I never knew when the medications affect will wear out she says.

Linda hopes that her medications could be gradually reduced even more, and she will keep a close contact with her doctors in China in order to follow up with her condition.

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Stem Cell Therapy in Thailand - Beike Biotech

StemFit is a xeno-free, defined medium proven to effectively maintain Induced Pluripotent Stem (iPS) and Embryonic Stem (ES) cells under feeder-free conditions during the reprogramming, expansion and differentiation phases of stem cell culture. Now available in research and clinical grade formulations StemFit combines market-leading colony forming efficiency with lower than standardmedia volume consumption to offer the most cost-effective colony expansion compared to leading competitors.

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Figure 2. Human 201B7 iPSCs grown on MEFs (feeder dependent)were transitioned to feeder-freeconditions with StemFit or commerciallyavailable medium A on respective ECMs (1000cells/cm2), and cultured for one week onpre-coated plates.

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Figure 3. StemFit offers unparrallel cost savings, requiring less media volume and less media changes to achieve the same expansion.

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Figure 4. Schematic of the transition of 201B7 iPSCs from feeder cell conditions to feeder free using StemFit. Protocol courtesy of the Center for iPSC Research and Application, Kyoto University.

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StemFit culture medium has been independently evaluated to offer a high rate of colony expansion ofundifferentiated iPS/ES cells, while retaining normal karyotype following long-term passage.

Figure 5. Human iPSCs were adapted to StemFit,or commercially available medium A or B onMatrigel for more than 3 passages. Then,cells were serially diluted and seeded with eachmedium on Matrigel-coated 96-well platesat 1 cell/well or 10 cells/well. The number ofseeded cells was counted after 3 hours, andcolonies were counted at day 7.

Superior Performance of StemFit for the Culture of Induced Pluripotent Stem Cells. An independant study performed by CGT Catapult.

Figure 6. Compared against the 4 leading stem cell culture media (M2 - M5), StemFit (M1) demonstrates high rates of cell growth. Densities of approx. 7x105 viable cells/cm2 (vc/cm2) were achieved with protocol M1 after a 7-day culture cycle. Thenumber of doublings per day was found to be higher in M1

Highly Stable and Reproducible Feeder-Free Culture:

Figure 7. Human 201B7 iPSCs were cultured on iMatrix Laminin-511 with StemFit for 4 weeks without weekendfeeding. Cell colonies were dissociated into single cells and seeded at the listed densities.

Citations:

Ryuji Morizane & Joseph V Bonventre (2017) Generation of nephron progenitor cells and kidney organoids from human pluripotent stem cells. Nature Protocols 12, 195207 (2017).

Miyazaki, T. et al. (2017) Efficient Adhesion Culture of Human Pluripotent Stem Cells Using Laminin Fragments in an Uncoated Manner. Scientific Reports 7: 41165.

Camp, J. G. et al. (2017) Multilineage communication regulates human liver bud development from pluripotency. Nature 2017 Jun 22;546(7659):533-538.

Nakagawa, M. et al.(2014) A novel efficient feeder-free culture system for the derivation of human induced pluripotent stem cells. Scientific Reports. 4, Article number: 3594.

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StemFit Feeder Free Culture | amsbio

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Biotechnology is the use of living things to make or change products.

Many people see the science of biotechnology as a new and even controversial discovery. But biotechnology the genetic enhancement of agricultural products may be one of the oldest human activities. For thousands of years, from the time human communities began to settle, cultivate crops and farm the land, humans have manipulated the genetic nature of the crops and animals they raise through breeding. Breeding has been done to improve yields, enhance taste and extend growing seasons. All major crop plants, which provide 90 percent of the globe's food and energy intake, have been extensively manipulated, hybridized, inter-bred and modified over the millennia by countless generations of farmers intent on producing crops in the most efficient ways.

Modern agricultural biotechnology merely takes these breeding enhancements a step further, going directly to the plants DNA to make these enhancements more precise and easier to control. Crops resulting from modern agricultural biotechnology, which have been safely planted for more than ten years on over a billion acres.

Modern biotechnology has allowed scientists to develop a better understanding of the function, structure and evolution of plants and now, through gene technology, enabled scientists to switch off genes or copy them and move them between species.

In the case of agriculture, genes coding for specific traits are combined with existing varieties and hybrids to produce crop plants that are capable of performing even better. Good examples of these are insect protected cotton and maize, and herbicide resistant crops such as soya, maize and cotton. This technology also permits the combination of such traits into a single crop plant. In this way varieties and hybrids which are both herbicide and insect resistant are possible.

Given increasing demand for food, feed and fuel, agricultural biotechnology provides a way for farmers to produce more grain on the same amount of land, using fewer inputs. Ultimately, this technology helps farming become more sustainable. For farmers, biotech crops can reduce cost by raising yield, improving protection from insects and disease, or increasing tolerance to heat, drought and other stress. Value-added biotech traits can provide consumer benefits such as increased protein or oil, improved fatty-acid balance or carbohydrate enhancements.

The DNA (deoxyribonucleic acid) from different organisms is essentially the same simply a set of instructions that directs cells to make the proteins that are the basis of life. Whether the DNA is from a microorganism, a plant, an animal or a human, it is made from the same materials.

Throughout the years, researchers have discovered how to transfer a specific piece of DNA from one organism to another. The first step in transferring DNA is to "cut" or remove a gene segment from a chain of DNA using enzyme "scissors.

The researcher then uses the "scissors" to cut an opening in the recipient DNA where the gene is to be inserted. Because the cut ends of both the gene segment and the recipient DNA are chemically "sticky," they attach to each other, forming a chain of DNA that now contains the new gene. To complete the process, researchers use another enzyme to paste or secure the new gene in place.

Monsanto scientists pioneered the application of this technique for use in plants. Subsequent decades of research have allowed Monsanto specialists to apply their knowledge of genetics to use these biotechnology techniques to improve large-acre crops such as maize, soybeans and cotton. Our researchers work carefully to ensure that, except for the addition of a beneficial trait, improved crops are the same as current crops.

Current population growth is already straining the earth's resources. According to the U.S. Census Bureaus latest projections, the population will increase to 9 billion by 2042, up 50 percent from 1999.

Agricultural biotechnology is one important part of sustainable development, helping farmers do more with less. For example, biotech crops can increase yields without requiring any additional farmland, saving valuable rain forests and animal habitats. Other innovations can reduce or eliminate reliance on pesticides and herbicides that may contribute to environmental degradation. Still others can preserve precious soil and water resources, one day even allowing plants to thrive in times of drought, heat and poor soil quality.

An additional benefit of agricultural biotechnology is the increased adoption of conservation tillage by farmers. Conservation tillage methods leave crop mulch covering the ground between growing seasons, providing a protective cover that holds soil in place, minimizes runoff and dramatically decreases erosion.

Most experts agree that plant biotechnology is safe and effective. Working to implement new agricultural technology and the infrastructure required to meet future food needs will improve the quality of life for people worldwide for years to come.

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Biotechnology - Monsanto Africa

DUBLIN, Jan. 31, 2019 /PRNewswire/ --

The "Marine Biotechnology - Global Market Outlook (2017-2026)" report has been added to ResearchAndMarkets.com's offering.

Global Marine Biotechnology market accounted for $3.93 billion in 2017 and is expected to reach $8.74 billion by 2026 growing at a CAGR of 9.3% during the forecast period.

Some of the important factors driving the market growth are current applications of marine derived enzymes in cosmetics, use of micro algae and marine algae in bio-field products. However, Lower R&D investment in the field is hampering the growth of the market. Some of the key opportunities is the Marine biotechnological advancements has been resulted successful in diverse fields with increasing investments from venture capitalists.

Marine biotechnology is a pioneering field of in recent science and technology that customs various marine bio resources for a huge number of uses, including the production of food, fuel, often bioactive, compounds and possibly will contribute to prosperous communities, green growth and sustainable industries. Even though marine biotechnology is in an emerging stage, it has unexploited potential and accomplished capability growth prospect for future.

By applications, Marine Natural Products for Medicine segment is held significant growth during the forecast period due to rising investment by key players and other factors like healthy and dietary supplements because they are rich in amino acids, proteins, vitamins, and minerals etc. Since the marine environment is the mainly biologically and chemically diverse habitat on the planet, marine biotechnology has, in recent years delivered an increasing number of most important therapeutic products, industrial and environmental applications and analytical tools.

By geography, Europe is anticipated to be one of the leading regions contributing to the global market during the forecast period. With Europe getting better from the economic crisis, the region has been making stable investments in marine biotechnology and is also witnessing the appearance of several small and micro and medium sized enterprise that are making major assistance to the R&D and opening of novel marine-based products. In additionally, the European Union research policy supports a number of collaborative projects in marine biotechnology.

What our report offers:

Key Topics Covered:

1 Executive Summary

2 Preface 2.1 Abstract2.2 Stake Holders2.3 Research Scope2.4 Research Methodology2.5 Research Sources

3 Market Trend Analysis 3.1 Introduction3.2 Drivers3.3 Restraints3.4 Opportunities3.5 Threats3.6 Product Analysis3.7 Technology Analysis3.8 Application Analysis3.9 End User Analysis3.10 Emerging Markets3.11 Futuristic Market Scenario

4 Porters Five Force Analysis 4.1 Bargaining power of suppliers4.2 Bargaining power of buyers4.3 Threat of substitutes4.4 Threat of new entrants4.5 Competitive rivalry

5 Global Marine Biotechnology Market, By Source 5.1 Introduction5.2 Corals and Sponges5.3 Macro Algae5.4 Marine Fungi5.5 Marine Viruses5.6 Micro Algae

6 Global Marine Biotechnology Market, By Product 6.1 Introduction6.2 Biomaterials6.3 Bioactive Substances6.4 Other Products

7 Global Marine Biotechnology Market, By Type 7.1 Introduction7.2 Marine Animal Technolog7.3 Marine Plant Technology

8 Global Marine Biotechnology Market, By Technology 8.1 Introduction8.2 Enrichment, Isolation and Cultivation of Microorganisms8.3 Culture-Independent Techniques8.4 Large Scale Implementation

9 Global Marine Biotechnology Market, By Application 9.1 Introduction9.2 Marine Aquaculture9.3 Marine Natural Products For Medicine9.4 Marine Nutraceuticals9.5 Marine Biomaterials9.6 Marine Bioenergy9.7 Marine Bioremediation9.8 Food & Feed9.9 Energy and Environment Management Products9.10 Fine Chemical9.11 Environment

10 Global Marine Biotechnology Market, By End User 10.1 Introduction10.2 Healthcare/Biotechnology10.3 Consumers Products10.4 Public Services & Infrastructure10.5 Industrial Products10.6 Pharmaceuticals10.7 Supplements10.8 Cosmetics

11 Global Marine Biotechnology Market, By Geography 11.1 Introduction11.2 North America11.3 Europe11.4 Asia Pacific11.5 South America11.6 Middle East & Africa

12 Key Developments 12.1 Agreements, Partnerships, Collaborations and Joint Ventures12.2 Acquisitions & Mergers12.3 New Product Launch12.4 Expansions12.5 Other Key Strategies

13 Company Profiling

For more information about this report visit https://www.researchandmarkets.com/research/jsv93b/global_marine?w=5

Research and Markets also offers Custom Research services providing focused, comprehensive and tailored research.

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Research and Markets Laura Wood, Senior Manager press@researchandmarkets.com

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Global Marine Biotechnology Market Report 2018: Drivers ...

Biotechnology can be defined as the controlled and deliberate manipulation of biological systems (whether living cells or cell components) for the efficient manufacture or processing of useful products. The fact that living organisms have evolved such an enormous spectrum of biological capabilities means that by choosing appropriate organisms it is possible to obtain a wide variety of substances, many of which are useful to man as food, fuel and medicines. Over the past 30 years, biologists have increasingly applied the methods of physics, chemistry and mathematics in order to gain precise knowledge, at the molecular level, of how living cells make these substances. By combining this newly-gained knowledge with the methods of engineering and science, what has emerged is the concept of biotechnology which embraces all of the above-mentioned disciplines.

Biotechnology has already begun to change traditional industries such as food processing and fermentation. It has also given rise to the development of a whole new technology for industrial production of hormones, antibiotics and other chemicals, food and energy sources and processing of waste materials. This industry must be staffed by trained biotechnologists who not only have a sound basis of biological knowledge, but a thorough grounding in engineering methods. At Dublin City University, the School of Biological Sciences is unique in having, as members of its academic staff, engineers who have specialised in biotechnology. The degree programme also places a major emphasis on practical work and on developing a wide range of analytical and manipulative skills, including pilot plant operational skills appropriate to the biotechnologist. Graduates will be in an ideal position to exploit the opportunities for biotechnology in Ireland, in established or developing companies.

The course encompases biological and engineering aspects

For more information on the BSc in Biotechnology

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What is Biotechnology? | School of Biotechnology | DCU

Biotechnology is not a new field, although its intentional use is comparatively new. Humans have unknowingly used biotechnology practices for thousands of years, specifically in farming and pharmaceuticals. Even in the Neolithic period, early humans incorporated a very broad definition of biotechnology in their newfound agricultural attempts. By the broad definition of the field, early civilizations' brewing and fermenting of alcohol, specifically by the Egyptians, Chinese, and Indians, and the use of yeast in bread making by many civilizations would fall under biotechnology. The term "biotechnology" is thought to have been first used in 1919 by Karoly Ereky. As new practices in biotechnology occur, additional subfields of the science have been created, including genomics, gene therapy, immunology, and more. By some standards, early practices in farming that utilized selective breeding could also be considered biotechnology. Perhaps the most crucial application of biotechnology of its era was the production of antibiotics to fight infection. Even today, researchers are continuing to improve upon biofuels in order to cut down on fossil fuel mining and greenhouse gas emissions. There are four major areas of biotechnology study and application. These are medical, agriculture, non-food agriculture, and environmental applications. While pharmaceuticals like antibiotics, insulin, and vaccines can be considered biotechnology uses, innovations like gene therapy and gene suppression would also meet that definition. Non-food agriculture uses apply to things like the creation of plants to produce plastics, and enzymes or single-celled organisms for industrial fermentation and the production of textiles. Some environmental applications of biotechnology include uses microbes to clean up an oil spill or fungal or algae outbreak. Through the efforts of the US Congress and the National Institute of General Medical Sciences under the National Institutes of Health, biotechnology has become a sought-after field of study in many major universities. Biotechnology does have its critics, as there is currently a movement to ban and avoid genetically modified foods grown through genetically altered agriculture. A labeling system was implemented in the US that requires genetically altered produce to be labeled as such.

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Biotechnology Facts - Softschools.com

Biotechnology is the use of living organisms, or products of living organisms, for human benefit, and it has had a tremendous impact on many aspects of modern life. Its effects, however, are perhaps most keenly felt within the food/agricultural and medical fields. Biotechnological processes are used in the production of specific foods and have allowed the genetic modification of food crops to be hardier and to have increased nutritional value. The health care sector likewise has benefited from biotechnology to produce medicines and vaccines that prevent or cure disease. Moreover, biotechnological theory and methodologies will be central to the realization of personalized medicine.

At Drexel University, we are proud to offer the Master of Science in Biotechnology (BIOT), an innovative, non-thesis graduate degree program that emphasizes hands-on training in state-of-the-art laboratory techniques used across the biotechnology and biomedical industries.

This program furnishes students with the necessary technical skills to successfully seek gainful employment in both biotechnology/pharmaceutical firms and academic laboratories. It does so by using a two-pronged approach that combines theory with hands-on instruction under the direct supervision of our diverse and accomplished research faculty. The program is appropriate for recent college graduates or experienced technicians wishing to bolster their methodological base.

The Master of Science in Biotechnology program is ideally suited for enhancing the scientific skill set of the following groups:

"The Biotechnology master's program provided me with an excellent opportunity to gain a diverse set of technical skills, including those in biochemistry, biophysics and molecular biology, while exploring multiple areas of biomedical research. In addition, the experienced principal investigators and accelerated course work strengthened the knowledge I had gained throughout undergrad. Overall, the programs productive and focused curriculum at both the bench and in the classroom left me well qualified for positions in both academia and industry. On the strength of the Biotechnology Master of Science program at Drexel University, I have successfully secured positions in local biotech/pharma, and now work in the Screening Group at Janssen R&D (Johnson & Johnson) as an associate scientist."Jeff Branson, Class of 2016

The program encompasses both classes and hands-on practica. It is the inclusion of practica that makes this program unique, stressing applied learning of key methodologies used throughout academia and industry and their practical use in addressing research questions in bioscience and biomedicine. This innovative combination of technical theory and application will provide graduates of this program with a knowledge base and a set of skills that will make them very competitive for laboratory jobs in the academic or industrial sectors or enhance their potential for advancement at their current place of employment.

Swetaben Patel and Aishwarya Subramanian have taken positions at GlaxoSmithKline.

Lina Maciunas is currently pursuing a PhD at Drexel and works in the Loll Laboratory.

Jeff Branson is currently working as an associate scientist at Janssen R&D (Johnson & Johnson) in the Screening Group.

Ayonika Mukherjee has an internship at GlaxoSmithKline.

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Master of Science in Biotechnology - Drexel University ...

Puerto Rico. The Bio Island.

Puerto Rico enjoys a long legacy in pharmaceutical and medical device manufacturing. Biologics are also a growing segment of the island's life sciences sector. Amgen, Eli Lilly, Abbott and Becton Dickinson Bioscience alone have invested more than $65.9 million in four plants since 2005. Puerto Rico also boasts the world's largest modular biotechnology plant for producing recombinant human insulin.

Growing Agricultural Biotechnology Sector

Puerto Rico has also emerged as an important center for agricultural biotechnology. Pioneer Hi-Bred, BASF Agrochemical, Bayer-Cropscience, Syngenta Seeds and Rice Tec are among many seed companies that have found the island to be fertile ground for R&D with our tropical weather, consistent water supply, ease of commerce with the U.S., attractive incentives and top-quality agricultural science talent.

A Highly Educated Workforce

Puerto Rico's workforce has vast knowledge in GMP, FDA and other global regulations, while the island's university system turns out a steady stream of new talent:

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Biotechnology - PRIDCO