Author Archives: Sarenka Smith

Physician of the Month: Angela Aslami, MD

A4M valued member Angela Aslami, MD shares insight from her professional experience in this Physician of the Month feature.

Dr. Aslami grew up in Massachusetts and earned a degree in Political Science from The American University in Washington, D.C., and a degree in Chemistry from North Carolina State University. She graduated from Wake Forest University Medical School in 1999, and completed her training in Obstetrics and Gynecology at Carolinas Medical Center in Charlotte, North Carolina. Dr. Aslami has been practicing Obstetrics and Gynecology since 2003. She opened her own medical practice (Horizons Health and Wellness) in 2016 and continues to practice Obstetrics and Gynecology, with additional focus on Nutritional Medicine and Medical Weight Loss. Dr. Aslami is married with five children between the ages 6-12, and she enjoys biking, skiing, and spending time with her family.

Q: Before joining A4M, what was your medical background?

My formal medical training is in Obstetrics and Gynecology.

Q: What anti-aging techniques have you incorporated into your practice? How did you so?

I have incorporated bioidentical hormone replacement, medical weight loss, nutritional medicine, sexual dysfunction treatment, gynecologic laser therapy, facial wrinkle reduction, and skincare into my Obstetrics and Gynecology practice. I first attended a weekend bioidentical hormone replacement symposium in Boston in 2012, which is where I first learned about a4m. I was immediately cautiously optimistic that this type of hormone therapy could help many of my patients, but I wanted to learn more before implementing it. Over the next 5 years, I attended many courses through a4m regarding sexual dysfunction, hormone balancing, metabolism, nutrition and weight management, inflammation, and toxicology. During this time, I gradually added bioidentical hormone replacement, nutritional medicine, sexual dysfunction treatment, group health classes, and weight loss strategies to my practice. It soon became clear that many patients needed significant help and formal structured weight loss programs to attain their health goals, so in 2017, we launched a formal weight loss program grounded in educating patients on healthy eating habits and coaching them through lifestyle changes. We also partnered with Beauty Counter to offer toxin free skincare products to our clients. We are proud to be one of the few healthcare providers in the country offering the MonaLisa Touch Gynecologic Laser therapy for the treatment of vaginal atrophy due to natural aging or breast cancer treatments, and vulvar lichen sclerosus (a common, painful, gynecologic autoimmune condition).

Q: What are the benefits of practicing anti-aging medicine (as a professional, and for your practice)? 

My passion for healing has been reawakened using anti-aging strategies like natural herbs, nutritional products, lasers, radio-frequency, bioidentical hormones, successful weight loss programs and lifestyle coaching. My practice is thriving, and the diversity of our offerings keeps our staff, clients, community and peers engaged.

Q: What are the changes you see in your patients?

My patients are feeling better, are taking charge of their own health, and are making positive lifestyle changes which are leading to fewer and fewer prescription medications and unwanted side effects.

Q: Why would you recommend Anti-Aging Medicine to your peers?

Anti-aging medicine offers many more tools to help people feel better and enjoy their lives, with significantly fewer side effects than prescription medication. The results speak for themselves, and the happy faces of people transforming their own lives provides joyful motivation to continue down this pathway.

Q: Where do you see the future of Anti-Aging medicine 20 years from now?

I think the field of genomic medicine will expand exponentially, and we will be able to pick best treatments options for patients on an individual basis by understanding each individual’s genetic makeup.

Please follow and like us:

“Scientific Breakthrough:” Editing Genes in Human Embryos

Publications have been reporting on a recent breakthrough in modern medicine: modifying human DNA in human embryos, without introducing the critically serious disease-causing mutations that were problematic in previous attempts.

Published online Wednesday in the journal Nature, the research is targeted towards assisting families with genetic diseases. The new research experiment utilized a gene-editing technique to correct a genetic defect behind a heart disorder, that can cause “seemingly healthy young people” to die from sudden heart failure. Scientists at Oregon Health and Science University, in conjunction with colleagues in California, China, and South Korea, reported that dozens of embryos were repaired: if those embryos developed, not only would they be disease-free, but also would not transmit the disease to future generations.

This is the first time that scientists have successfully edited genes in human embryos to prevent dangerous disease mutations. Scientists collectively agree that while the research is a major milestone and achievement, the prospect of human genetic engineering has already raised ethical concerns. Mary Darnovsky, director of the Center for Genetics and Society—a watchdog group based in Berkeley—says that it is “a flagrant disregard of calls for a broad societal consensus in decisions about a really momentous technology that could be used for good, but in this case is being used in preparation for an extraordinarily risky application.”

Yet the researchers emphasize that the work is focused on preventing debilitating diseases and disorders, not the creation of genetically enhanced babies. Richard Hynes, a cancer researcher at the Massachusetts Institute of Technology who co-led the committee, says that their report sought to eliminate the technical hurdles, but there will inevitably be “societal issues that have to be considered and discussions that are going to have to happen.”

While the overwhelming consensus is that much more research is required before the method could be tested through clinical trials—which is currently not permissible under federal law—the technique could potentially apply to over 10,000 conditions caused by specific inherited mutations. This includes diseases like Tay-Sachs, Huntington’s, sickle cell anemia, cystic fibrosis, and many others.

Nevertheless, any scientists hoping to continue the work in the U.S. are presented with a host of regulatory obstacles. The research was specifically funded by Oregon Health and Science University, the Institute for Basic Science in South Korea, and a number of foundations, as the National Institutes of Health does not fund any work involving human embryos. Moreover, Congress has prohibited the Food and Drug Administration to consider any research or experiments that involve genetically modified human embryos.

Scientists in Britain have received approval to use CRISPR—the gene editing technology—to edit the DNA in healthy human embryos, in order to further research surrounding normal human development; a team in Sweden has also started similar experiments. Fredrik Lanner, a geneticist at the Karolinska Institute in Stockholm—conductor of the experiments—says that this needs to be highly regulated. “This is very exciting. But it also could be a double-edged sword. So I think we really have to be extra cautious with this technology.”

Please follow and like us:

Using Genetic Testing to Target Disease

A new study recently published in the journal JAMA Pediatrics indicates that young children with epileptic seizures should be given routine genetic testing.

The study’s lead author Anne Berg, of the Stanley Manne Children’s Research Institute at Lurie Children’s Hospital of Chicago, states: “Precision medicine means nothing without precision diagnosis, and we can now provide precision diagnosis.”

Many researchers and physicians have supported the idea that genetic testing should be incorporated into routine initial evaluations, specifically of young children with epilepsy: the sooner a precision diagnosis is made, the sooner the child can begin effective treatment. Moreover, the level of genetic information provided through testing is extremely successful in helping physicians identify which drugs and treatments are effective, and which to avoid.

Not only does this study reinforce data that could successfully and effectively change epilepsy diagnosis, but it also confirms the idea that precision medicine should be a fundamental part of standard clinical practice.

Yet this is by no means the first study surrounding the idea that genetic testing could potentially transform levels of care, as many conditions have underlying genetic causes. Due to advances in DNA testing technology, clinicians are now able to provide more accurate, precise, and individualized ways to pinpoint genetic variations that lead to disease. Over the past two decades, the number of genetic disorders for which DNA testing is available has increased from about 10 to over 1,000, due to advances in molecular genetics.

For many disorders, genetic testing is the only way to make a completely accurate diagnosis—and avoid additional, unnecessary clinical investigations. With some genetic diseases, a combination of good surveillance and early intervention can decrease the risk of mortality, and be helpful in future family planning. Clinicians who can understand and interpret the data generated by genetic testing will be more able to choose the most appropriate, suitable therapies and support strategies for patients.

Please follow and like us: