THE NADI BLOG
WORKING TO PRESENT RESEARCH-DRIVEN KNOWLEDGE
David F. Lo, BA, MBS1,2
Dr. Qian-Su Cheng is a dermatologist and Chief of the Hair Transplant Center at Chang-Gung Hospital in Taipei, Taiwan. He is an expert in hair transplant as well as eyebrow and beard hair transplantation. Dr.Cheng also performs a variety of techniques like burned scalp reconstruction, facelift hair revision, scalp reduction, scar revision, and more. He specializes in FUT and FUE surgical techniques in which hair is removed from the donor’s scalp and placed/transplanted onto the region of the patient’s head that requires hair. Dr. Cheng is also an expert in robotic follicular unit extraction which is a more advanced method for obtaining hair.
David F. Lo, BA, MBS1,2
Dr. Lee is a former National Taiwan University Hospital (NTUH) superintendent who is now part owner of a new medical clinic in Taipei, Taiwan. The clinic is called Doctors' Doctor Clinic (roughly translated) and is located on the 3rd floor of the Taipei World Trade Center International Trade Building. He received his MD degree at Tokyo Medical School in Japan and worked as a professor at China Medical University teaching courses in Internal Medicine.
David F. Lo, BA, MBS1,2; Bharath Nagaraj, BS, MS1
A few weeks ago, I had the opportunity to interview Bharath Nagaraj, a current 1st year medical student at NJMS as well as former President of Rutgers NADI. In it, he speaks about all things NJMS as well as how NADI helped him gain admission into the school. If you’re interested in applying to NJMS or curious about how virtual learning was like at one of New Jersey’s top medical schools, this is the article for you!
Covid-19 is an infectious disease caused by a viral strain of the coronavirus. It is easily
transmissible within people through air droplets from sneezing or coughing. Also, it infects
organs especially the lungs by causing breathing difficulties including death. People of all age groups have been affected by the virus. Some have experienced mild symptoms while others have been severely impacted. People who have cardiovascular problems, asthma, or diabetes are more at risk of contracting the Covid-19 virus. Similarly, because of their constant exposure to sick patients, early COVID-19 detection among healthcare workers (HCWs) is crucial for protecting patients and the healthcare workforce (Lan., F, 2020).
Covid-19 has been widespread and considered a pandemic since March 2020. Covid-19 cases have been rapidly rising since then in all parts of the United States and the world. There have been uncountable impacts on the healthcare field and other fields like unemployment. Recent findings have shown that there were severe negative impacts on the world economy. The global coronavirus pandemic immediately caused a series of convulsive economic phenomena. There was a fundamental breakdown of life’s everyday rhythms as the “world of work” was subjected to unprecedented shocks both in scale and scope (Hughes, page 3, 2020). The Covid-19 cases have also been rising in New Jersey.
David F. Lo, BA, MBS1,2; Daniel Pittaro, BS1,2
1Rutgers University School of Graduate Studies, New Brunswick, New Jersey
2North American Disease Intervention, New Brunswick, New Jersey
Acne vulgaris is a disease caused in humans by the skin’s inflammation response to different bacteria such as Propionibacterium acnes and Corynebacterium acnes. P. acnes normally resides on the skin without any problems, but it becomes a problem when these bacteria get into clogged pores like sebaceous glands and hair follicles1. A direct correlation exists between how much sebum is produced by the sebaceous glands and how much acne a person gets. Androgenic hormone production also correlates to more acne in humans and is why it is so common in teenagers. It has been shown that P. acnes produces certain fatty acids that increase the skin’s inflammation response, contributing to acne.
Animals other than humans can also get acne, as other animals also produce sebum and carry P. acnes on their skin. Acne has been found in many animals that grow hair, but often occurs when these animals have been shaved. Monkeys, dogs, cats, and mice have all shown limited forms of acne. Dogs have been shown to have acne similar to humans in that they normally get acne during puberty, but this is much less severe in dogs because their adolescent period is shorter than humans. Cats get acne, but it is not majorly involved in adolescence like it is in dogs and cats. Cats have been shown to mainly get acne based on sanitation. Cats clean themselves by licking and are known to mainly get acne in areas that they cannot easily clean like their chins2. P. acnes taken from humans has been shown to cause acne in mice when injected onto their backs. The extent of how much acne is caused in mice differs greatly from one mouse strain to another and has been shown to be the greatest in hairless mice3.
One of the reasons it is believed that humans get more acne than other animals is that humans have evolved from animals who had a lot of hair to not having much hair. This means that human bodies still produce a lot of sebum as though they have more hair than they do, and they don’t have enough hair to absorb this sebum which gives them more opportunities to get acne. Non-human animals are caused much less distress by their acne as they do not have the capability to judge each other’s appearance like humans do.
Author Affiliations: Rutgers University School of Graduate Studies, New Brunswick, New Jersey; North American Disease Intervention, New Brunswick, New Jersey
Corresponding Author: David F. Lo, BA, MBS. Rutgers University School of Graduate Studies, 25 Bishop Place, New Brunswick, NJ 08901 (David.F.Lo@rutgers.edu)