• The committee aims to enhance professional growth, educational resources, expand the reach and diversity of ASPN, and support the next generation of physicians who are poised to lead the way in our field• We will focus on enhancing member engagement, promoting interdisciplinary collaboration, and advancing the field through innovative initiatives

- American Society of Pain and Neuroscience's Liaison to the MGH-Tufts-Harvard Pain and Headache Grand Rounds- Ensuring the educational needs of ASPN are met

In collaboration with Massachusetts General Hospital, Tufts University School of Dental Medicine, and Harvard School of Dental Medicine, we host world leaders in chronic pain and headache from all different specialities. Once held in the famous Ether Dome at MGH, our grand rounds are now virtual and we offer them free to the world. Register to join us: https://www.painandheadacherounds.com/weekly-rounds-1

Section editor at the Journal of Pain Research with a special focus on promoting the next generation of physician-scientists and innovating pain education.

The Latin American Pain Society (LAPS) Research and Newsletter committee aims to promote research in Latin America, establish collaborations, and highlight efforts through a periodic newsletter. https://latinamericanpainsociety.com/en/laps-committee/

A global multidisciplinary collaboration that advances evidence-based approaches for treating pain conditions. WAPMU's goal is to create a global educational endeavor through collaboration, practical hands-on workshops, research opportunities, and continual innovation.

A committee composed of key opinion leaders and physician-scientists whose aim is to advocate to protect access to care via coverage policies, collaborate with other organzations such as AMA, FDA, and non-profit and for-profit organizations to enhance these efforts, and to ensure that our patients have the opportunity to always be able to receive the best care out there.

• Demystifying debt…We all have it, we have all been through it, so now we help you get through it. • We help you focus on what matters.

• We are on a mission to unburden mental healthcare professionals and improve patient standard of care.• We aim to bring a novel, non-medication revolutionary alternative for patients by merging high-quality virtual reality and artificial intelligence to deliver personalized treatment for mental health and chronic pain disorders and so much more.

• Section Editor at Current Pain and Headache Reports for Alternative Pain Treatments. • Articles include artificial intelligence, virtual reality, blockchain technology, wearables, and regenerative medicine.

• Golf For All is run by my heroes, Bob Beach, Fred Corcoran, and Jerry Donovan. • We aim to bring life and smiles to the underserved, or those who were wounded after serving in our military. Golf For All shares our love of golf and of the outdoors with everyone, and does not let cost, mobility, or ability to get in the way.

• Created a research group involving researchers across the globe to bring people like-minded people from all specialities a common avenue to generate novel research in the field of interventional chronic pain. • Since its inception, > 60 papers, abstracts, and chapters have been submitted, published, and accepted with several projects always in the queue.

• A four-year Harvard Medical School anesthesiology residency program designed to cultivate and train tomorrow's anesthesiologists today.

• Created > 1,000 questions to train residents, fellows, and anesthesiologists to study for the anesthesiology basic and advanced medical boards.

• Developed and managed a medical education startup that provides innovative web-based courseware to over 100,000 medical students, residents, and physicians worldwide to prepare for medical licensing exams, basic science courses, and clinical rotations.• Managed teams consisting of medical students, residents, physicians, and illustrators to produce medical content.• Hired and screened additional team members and handled financial transactions.

• Developed drug screens to treat and prevent Zika virus infection during the 2015-2016 Zika virus pandemic.• Discovered a novel anti-viral for the treatment of Zika virus infection from idea inception to submission in four months through teamwork and use of collaborative technological applications to aid in seamless communication.• Modeled Zika virus infection in a humanized mouse model to locate the reservoir of Zika virus in the male genital tract.• Modeled a monogenic form of diabetes mellitus, maturity-onset diabetes of the young 1 (MODY1), utilizing CRISPR/Cas9 with patient-specific, induced human pluripotent stem cells and embryonic stem cells.• Studied the role of hepatocyte nuclear factor 4 alpha in the embryological development and function of the liver and pancreas.• Developed drug screens to correct defects seen in glucose-stimulated insulin secretion caused by lipotoxicity and the defect observed in modeling MODY1.• Funded by NIH DP2 grant.

• Developed an outreach program for students from underprivileged backgrounds to bring fun, hands-on experiments to their schoolsto help spark interest in science and medicine• Mentored several hundred students by conducting weekly sessions that consisted of anatomical gross dissections, chemistryexperiments, and social events

• Mentored young patients from disadvantaged backgrounds who have serious, chronic illnesses and hosted events for the patients and their families.

• Analyzed and processed patient data from MRI, CT, CT angiography, and perifusion studies to determine the hemodynamics of the microvasculature in the brain and the permeability of the blood-brain barrier under various health states.• Managed confidential research databases and coordinated logistics of the lab members’ projects.

• Fostered communication between the students at the parent campus in NYC and the international campus in Doha, Qatar by hosting video conferences, social events, and networking opportunities.

• Promoted the health and well-being of students at Weill Cornell Medical College through free fitness events such as weightlifting, dance, and yoga classes at no charge to the entire student body.

• Hosted panels, research seminars, and networking dinners to increase awareness of interventional radiology and its applications in the field of medicine.

• Synthesized photo-reactive organic molecules and utilized nano-molecular sized cages as templates to selectively direct reactions to produce new molecules previously difficult to synthesize using traditional methods.• Funded by American Chemical Society Undergraduate Research Grant.