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Enumeral Biomedical Holdings, Inc. is a Biotechnology company located at 200 CambridgePark Drive, Cambridge, Massachusetts 02140 United States 

Enumeral is discovering and developing novel antibody immunotherapies that help the immune system attack diseased cells. Our unique platform allows us to identify and characterize promising new drugs relevant to cancer, infectious and inflammatory diseases, giving us the potential to positively affect millions of patients who are underserved by current therapeutic alternatives.

E Squared Capital is an accomplished fund targeting emerging growth companies with potentially disruptive technologies or services. Founded in 2009, our flexible approach and team of seasoned professionals has particular expertise in finding unique solutions for public and private companies to accelerate growth, and significantly enhance shareholder valuation in a wide array of industries. 

Our strategy includes not only investing our partners' capital, but sourcing capital from third parties. We support out investments with capital market advice and we develop creative solutions for companies seeking financing and operational expertise. These alliances offer unique access for company executives to better build and grow their businesses in an effective, strategic and thoughtful manner.

Eutropics is advancing personalized medicine by providing novel, predictive diagnostic tests that are uniquely accurate in guiding patient cancer treatments.

» Innovative leading cancer treatment response predictors

» Demonstrated medical utility in blood cancers

» CLIA certified tests for Acute Myeloid Leukemia

» Validated tests for Chronic Lymphocytic Leukemia

Evercore (NYSE:EVR) is a leading independent investment banking advisory firm. Evercore’s Investment Banking business advises its clients on mergers, acquisitions, divestitures, restructurings, financings, public offerings, private placements and other strategic transactions and also provides institutional investors with high quality equity research, sales and trading execution that is free of the conflicts created by proprietary activities. Evercore’s Investment Management business comprises wealth management, institutional asset management and private equity investing. Evercore serves a diverse set of clients around the world from 28 offices in North America, Europe, South America and Asia. More information about Evercore can be found on the Company’s website at www.evercore.com. 


Investment Banking 

- Corporate Advisory 
- Restructuring Advisory 
- Evercore ISI 
- Private Funds Group 
- Private Capital Advisory 


Investment Management 

- Institutional Asset Management 
• Atalanta Sosnoff Capital 
• Evercore Trust Company 
• Evercore Casa de Bolsa 

- Wealth Management 
• Evercore Wealth Management 

- Private Equity 
• Evercore Mexico Capital Partners 
• Trilantic Capital Partners

Exsight Capital is a venture capital firm specializing in early-stage impact investments in innovative ophthalmic diagnostic and treatment solutions.

Research Interest:

• Using targeted mutagenesis and mouse genetics to study how the brain functions.
  The brain interprets the world through five major modalities of sensation.
  Information for sight, sound, taste and touch are relayed to the brain through networks of cellular or neuronal connections.
  
  The sense of smell (olfaction); however, uses specialized bipolar neurons, which can simultaneously identify odors with their dendritically located cilia and make direct connections to the brain with their axonal projections. Thus, olfactory neurons directly convert stimuli from the external world into an internal representation within the brain. In a surprising twist, the same protein (the odorant receptor) that is used for identifying odors is also used for guiding the axonal connection to the brain. The olfactory system detects the universe of odors through ~1000 different odorant receptor coding genes. But, each olfactory neuron makes only one type of odorant receptor. The distribution of neuron types is scattered across the interior lining of the nose, but their axonal projections to the brain are sorted out into discrete units that represent each neuronal type.
  
  To examine how the odorant receptor (OR) functions in odor detection and axonal projections, I have used mouse embryonic stem cell technology coupled with genetic manipulation to alter the expressed OR proteins. Studying these modified OR proteins in vivo, I have found that several additional processes within the neuron are affected. The observed one OR gene expressed per olfactory neuron is maintained even if additional OR genes are added to the genome. I am interested in understanding how olfactory neurons control OR gene expression and how the OR protein provides specificity for axonal projections to form discrete units in the brain.