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Regeneron

Science to Medicine

Tarrytown, NY
12,000+

About Regeneron

Industry: Biotechnology
Founded: 1988
Founders: Leonard Schleifer, George Yancopoulos
Status: Public (NASDAQ: REGN)

Funding & Growth

Total Raised: N/A
Valuation: $90B+ market cap
Stage: Public
Key Investors:
Public markets

Pros

  • Strong drug pipeline
  • Excellent genetics research
  • Founder-led company
  • Good compensation
  • Stable financials

Cons

  • Tarrytown, NY location
  • Less startup-like culture
  • Some siloed teams
  • Traditional pharma aspects

🏢 Working Here

Regeneron's Tarrytown, NY campus (Westchester County, north of NYC) houses one of the most data-rich environments in pharma.

The company's VelociGene technology and massive target validation efforts generate extraordinary datasets.

Bioinformaticians work in Genome Informatics, Computational Sciences, or embedded in therapeutic area teams (Ophthalmology, Immunology, Oncology).

A typical role involves analyzing mouse model genomics data, human genetics for target validation, clinical trial biomarkers, and antibody engineering.

Regeneron's culture emphasizes scientific rigor and publication - the company produces high-impact papers regularly.

Collaboration with top academic centers (Columbia, Mt.

Sinai, Weill Cornell) is common.

The Westchester location offers excellent schools and lower cost of living than NYC while remaining accessible to the city.

🧬 Bioinformatics Focus

Regeneron's computational biology spans genetics-driven drug discovery and antibody therapeutics. Core areas:

  • Human genetics - RGC analyzes UK Biobank, Geisinger MyCode, and proprietary cohorts for target validation,
  • Mouse model genomics - analyzing VelociGene knockout mice at scale to predict drug efficacy and safety,
  • Antibody engineering - computational design and optimization of therapeutic antibodies,
  • Multi - omic integration - combining genetics, transcriptomics, proteomics, and clinical data for target prioritization,
  • Clinical biomarkers - identifying patient populations for drugs like Eylea (AMD), Dupixent (atopic dermatitis), Libtayo (cancer). The team has pioneered approaches in rare variant analysis, gene burden testing, and polygenic risk scores. Notable projects include discovering ANGPTL3 as a cardiovascular target and PCSK9 inhibitors. Computational challenges include biobank-scale analysis, integrating diverse data types, and translating genetic findings into actionable drug targets.

🔬 Regeneron Genetics Center (RGC)

The Regeneron Genetics Center (RGC) is one of the world's largest human genetics research initiatives, combining cutting-edge genomic sequencing with massive biobank partnerships to discover new drug targets.

  • Sequenced 2+ million exomes - one of the largest datasets in pharma
  • Key partnerships: UK Biobank (500K participants), Geisinger Health System (MyCode)
  • Pioneered exome sequencing at biobank scale for drug discovery
  • Discoveries led to drugs targeting PCSK9, ANGPTL3, and other novel targets
  • Published 100+ high-impact papers in Nature, Science, NEJM

Focus Areas

Rare variant discovery for drug targets Gene burden testing and loss-of-function analysis Phenome-wide association studies (PheWAS) Polygenic risk score development Multi-ancestry genetics research

📈 Career Growth & Development

Career Paths

Scientific Track

Computational Scientist I (PhD entry) Scientist II (3-4 years) Senior Scientist (6-8 years) Principal Scientist (12+ years)
💰

Compensation

Competitive compensation packages include strong bonuses (up to 25% of base) and restricted stock units.

📚

Development

Regeneron strongly supports professional development through conference attendance, external collaborations, and publications in top journals.

🔄

Mobility

The company promotes from within, and alumni often move to other antibody companies, genetics startups, or top academic positions.

Culture

Regeneron values both deep expertise and broad cross-functional impact, with internal seminars featuring world-renowned speakers.

💊 Top Medicines & Blockbuster Drugs

DUPIXENT (dupilumab)

Indication: Atopic dermatitis, asthma, chronic rhinosinusitis, eosinophilic esophagitis, COPD

Blockbuster - fastest growing biologic

Annual Revenue (USD)

$8.7B
2022
$11.6B
2023
$14.1B
2024

EYLEA / EYLEA HD (aflibercept)

Indication: Wet AMD, diabetic macular edema, diabetic retinopathy

Leading retinal disease treatment (global sales incl. Bayer)

Annual Revenue (USD)

$9.6B
2022
$9.4B
2023
$9.5B
2024

LIBTAYO (cemiplimab)

Indication: Cutaneous squamous cell carcinoma, basal cell carcinoma, lung cancer

PD-1 checkpoint inhibitor - growing 40%+ annually

Annual Revenue (USD)

$0.6B
2022
$0.9B
2023
$1.2B
2024

PRALUENT (alirocumab)

Indication: High cholesterol, cardiovascular disease prevention

PCSK9 inhibitor - discovered via RGC genetics

Annual Revenue (USD)

$0.5B
2022
$0.6B
2023
$0.8B
2024

KEVZARA (sarilumab)

Indication: Rheumatoid arthritis

IL-6 receptor antagonist

Annual Revenue (USD)

$0.4B
2022
$0.4B
2023
$0.5B
2024

EVKEEZA (evinacumab)

Indication: Homozygous familial hypercholesterolemia

ANGPTL3 inhibitor - discovered via RGC genetics

Annual Revenue (USD)

$0.1B
2022
$0.2B
2023
$0.3B
2024

INMAZEB (atoltivimab/maftivimab/odesivimab)

Indication: Ebola virus infection

First FDA-approved Ebola treatment (limited market)