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Joyce Wang on Muck Rack

Joyce Wang

  • Senior Director, Content and Data Management, 3eco.com
Arlington
As seen in: Financial Times, Nature, Wiley Online Library, Journal of Retailing and Consumer Services, MDPI, PNAS, Biomed Central (BMC), Journal of Foot and Ankle Research, BioRxiv, EClinicalMedicine and
Director at Bloomberg, Bloomberg Industry Group. RT ≠ endorsement.

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Articles

Structuring CVC-Backed Funds: A Governance, Economics and Regulatory Deep Dive - (UPDATED)

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By Pang Lee, Joyce Wang
| JD Supra
This article is the second in our series on fund structures for corporate venture capital (CVC) sponsors. The first article in the series examined the principal models through which a corporate sponsor can collaborate with a fund manager (FM) at the general partner (GP) level.
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Impact of Surgeon Procedural Volume on Outcomes Following Cervical Disc Arthroplasty: A Retrospective Cohort Study

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By Ben Setaro, Riya Garg, Joyce Wang
| The Cureus Journal of Medical Science
Specialty Please choose I'm not a medical professional. Allergy and Immunology Anatomy Anesthesiology Biostatistics Cardiac/Thoracic/Vascular Surgery Cardiology Critical Care Dentistry Dermatology Diabetes and Endocrinology Emergency Medicine Epidemiology and Public Health Family Medicine Forensic Medicine Gastroenterology General Practice Genetics Geriatrics Health Policy Hematology HIV/AIDS Hospital-based Medicine I'm not a medical professional.
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Deep learning-based precision phenotyping of spine curvature identifies novel genetic risk loci for scoliosis in the UK Biobank

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By Eucharist Kun, Siddharth Reddy, Devansh Pandey, Liaoyi Xu, Joyce Wang, Chenfei Li, Ryan Gray, Carol Wise, Nao Otomo, Vagheesh M. Narasimhan, Michael Zeosky
| Nature Verified
Abstract Scoliosis is the most common developmental spinal deformity, but its genetic underpinnings remain only partially understood. To identify scoliosis-related loci, we utilized dual energy X-ray absorptiometry (DXA) scans from 57,588 individuals in the UK Biobank (UKB), and quantified spinal curvature using deep learning-based vertebral segmentation and landmarking to measure cumulative horizontal displacement.
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