Leah Pagnozzi, Phd Email & Phone Number

Founding Partner and Fund Manager for Last Frontier Capital, a short term rental fund which provides turnkey portfolio investment options for accredited investors focused on the emerging West. By targeting regional vacation destinations in the fastest growing region in the United States, we compound fast equity gains with cashflow providing attractive.

Paladin is a leading smart contract audit firm. Comprising a team of top auditors and white hat hackers, Paladin provides user-centric audits and contract functionality assessments protecting over $1bn in total value locked in over 200 decentralized projects.

RugDoc IO is the leading DeFi safety and education community. Focused on retail investors, RugDoc creates a safer and more accessible investing experience through risk analytics, tools, education, and security suite services. Our focus is expanding the power of data and financial tools across decentralized markets by providing real asset ratings, address.

Last Best Holdings acquires mid to large size homes in aggressively growing regions with strong tourist demand for vacation rentals focusing on the emerging West. Target properties access the professional to luxury market through unique locations, experiential living, and quality views, taking advantage of scarce scenic views, premium locations, and large.

San Francisco Bay Area

I practice intellectual property law in the Patents and Innovations Practice specializing in the diligence for, preparation, and prosecution of patent applications in the fields of biotechnology, life science industries, pharmaceuticals, genomics, diagnostics, medical devices, materials, and various engineering fields for financings, mergers and.

Cornell University

My research uses cutting edge biotechnology and an interdisciplinary approach to understand the mechanical regulation of mitral valve interstitial cells and how this relates to pathogenesis. I develop and apply innovative in vitro cell culture systems and biomolecular processes to develop biologically based regenerative strategies to diagnose and prevent.

I developed and enacted an innovative, student-led political-scientific outreach program, Take a Politician To Work Day, which brings elected representatives and senior government officials to campuses to visit labs that are studying topics aligned with their policy interests, led by graduate student and post doctoral researchers. It also lets graduate.

Under Instructor Tim Clark Hufaker and as a member of a comprehensive educational team, I ran two class sections of Cell and Developmental Biology. I created lesson plans to follow and improve the class syllabus, answered questions on material, graded homework and tests, held instructor hours, and overall supervised student learning for 40 undergraduates.

With instructor Nozomi Nishimura, I helped engage students in quantitative methods for biomedical analysis in BME 7310, Advanced Biomedical Engineering Analysis of Biological Systems. I held regular instructor hours, developed problem sets, coordinated design project preparation, graded and reviewed assignments to increase student performance

I aided faculty in teaching and evaluating students in Biomedical Engineering (BME) BME 404-Tissue Engineering, BME 212-Research Fundamentals in Biomedical Engineering, and BME 100-Introduction to Biomedical Engineering through the creation of problem sets, quiz, and exam questions. I aided in the grading and review of assignments and prepared and.

Stony Brook, NY

Working in conjunction with Dr. Clinton Rubin’s Musculo-Skeletal Research Laboratory and the Center for Biotechnology at Stony Brook University, I worked with a small group to incorporate low intensity high frequency mechanical signals into a novel wound dressing that applies and modulates vibratory stimulus to facilitate healing of chronic wounds. Novel.

Working under Dr. Richard Clark and Dr. Miriam Rafailovich, I characterized the anisotropy of healing dermal tissue in burn wounds at a near cellular level using Atomic Force Microscopy and microrheometry. Understanding the mechanical patterning that underlies wound healing establishes a regenerative platform that can be exploited to enhance and expedite.

Doctor Of Philosophy - Phd, Biomedical Engineering, Concentrations: Molecular Biology, Biomedical Mechanics

Activities and Societies: Cornell Advancing Science And Policy Cornell Broadening Experiences in Scientific Training Biomedical.

Master Of Science - Ms, Biomedical Engineering

Bachelors Of Engineering, Biomedical Engineering

Activities and Societies: Biomedical Engineering Society Engineering World Health, Society for Biomaterials American Society for.