Upstream Bioprocessing
CHO cells, mammalian cell culture, cell thaw and expansion, harvest, Wave Rockers, 2 L bioreactors, and aseptic workflows.
SCIENTIST II BIOMEDICAL ENGINEER
SCIENCE.
ENGINEERED.WITH PURPOSE.
I'm Anas Wheba — a scientist and biomedical engineer working at the intersection of bioprocessing, biomaterials, and computational research.
BASED IN WATERVLIET, NEW YORK UNITED STATES
04.Scientific publications
3.90/4Master's GPA
11MOApprox. time to promotion
02LBioreactor experience
01 / IDENTITYThe person
The person
behind the process.
Driven by the details. Focused on the bigger picture.
I connect the discipline of industry science with the curiosity of academic research.
As a Scientist II with Eurofins Professional Scientific Services New England, I work with upstream mammalian cell culture, CHO-cell workflows, Wave Rockers, 2 L bioreactors, process monitoring, and GMP/GDP documentation. I also serve as a Nova FLEX 2 Subject Matter Expert for operations, maintenance, troubleshooting, and sample analysis.
My research background extends into biomaterials, tissue engineering, molecular biology, and AI/ML-supported biomedical analysis — from stem-cell work and hydrogels to Python and MATLAB image-analysis workflows.
02 / THE TOOLKITEngineered for
Engineered for
complex problems.
A hands-on toolkit built in laboratories, manufacturing environments, and code.
Instrumentation & GMP
Nova FLEX 2 SME, process monitoring, cell viability and density analysis, GMP/GDP batch records, traceability, and troubleshooting.
Biomaterials & Cell Biology
Stem-cell culture, hydrogels, electrospinning, scaffolds, PCR, DNA analysis, gel electrophoresis, and plasmid purification.
DOMAIN / 04
Computational Science
Quantitative analysis, scientific programming, biomedical image processing, and machine learning.
PYTHONMATLABMACHINE LEARNINGDEEP LEARNINGIMAGEJRC / C++GRAPHPADMINITABSPSS
Scientific Communication
Four scientific publications spanning lipid nanoparticles, scaffold biomaterials, collagen imaging, and artificial lung fibers.
03 / RESEARCH EXPLORERNavigate my
Navigate my
scientific universe.
Select a discipline to see the methods I actually work with.
ACTIVE DISCIPLINE // 01 PROFILE DATA
Upstream bioprocessing
End-to-end mammalian CHO cell culture, from thaw and expansion through harvest, with hands-on Wave Rocker and 2 L bioreactor operations in GMP environments.
EXPLORE RELATED EXPERIENCE04 / CAREER LOGExperience forged
Experience forged
through action.
From biomaterials research to upstream bioprocessing and instrument expertise.
FIELD RECORDSOne path.
One path.
Multiple disciplines.
Filter the timeline to explore the industry and academic work behind the skill set.
Scientist II
Eurofins Professional Scientific Services New England · Rensselaer, NY
SCIENTIST II · APR 2026—PRESENTBIOCHEMIST I · MAY 2025—APR 2026
- Promoted to Scientist II in approximately 11 months, reflecting expanded technical responsibility.
- Execute upstream mammalian cell-culture workflows, from thaw and expansion through harvest, using Wave Rockers and 2 L bioreactors.
- Serve as Nova FLEX 2 Subject Matter Expert, handling instrument operation, maintenance, troubleshooting, and sample analysis.
- Set up and maintain bioreactor systems; prepare cell-culture media and materials using balances, pumps, tube welders, and pH meters.
- Maintain GMP batch production records, process documentation, critical process monitoring, and data traceability.
Research Assistant
Wang's Lab, University of New Haven · West Haven, CT
- Performed mesenchymal stem-cell culture for tissue-engineering and biomaterials research.
- Developed Python and MATLAB image-analysis workflows to evaluate cell differentiation and support quantitative outputs.
- Contributed to scientific writing and publications, including reviews of biomedical technologies and biomaterials.
Research Assistant
BMDi Lab, University of New Haven · West Haven, CT
- Supported the development and characterization of hydrogels for biomedical applications, from experimental design to data interpretation.
- Applied biomaterials research knowledge to inform practical biomedical directions.
05 / SCIENTIFIC OUTPUTIdeas made
Ideas made
measurable.
A selected publication record spanning engineering, biomaterials, and biomedical AI.
RESEARCH INTELLIGENCE // LIVE CITATION FEED
GOOGLE SCHOLAR · CONNECTING
GOOGLE SCHOLAR · PROFILE CITATIONS
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Connecting to Google Scholar through a secure citation API…
IMPACT // PER PUBLICATIONGOOGLE SCHOLAR · PER WORK
LNP + AI
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BIOMATERIALS
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COLLAGEN
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ARTIFICIAL LUNG
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Retrieving Google Scholar citation metrics…
H-INDEX—GOOGLE SCHOLAR ONLY
I10-INDEX—GOOGLE SCHOLAR ONLY
CITATION HISTORY BY YEARGOOGLE SCHOLAR · LIVE DATA
Annual citation history appears after the live feed connects.
GOOGLE SCHOLAR · LIVE TRACKING NOT YET CONNECTEDCITATION COUNTS VARY BY INDEX · CLICK ARTICLES FOR SOURCE RECORDS
Enhancing nucleic acid delivery by the integration of artificial intelligence into lipid nanoparticle formulation
Amoako, K., Mokhammad, A., Malik, A., Yesudasan, S., Wheba, A., et al.
FRONTIERS IN MEDICAL TECHNOLOGY · VOL. 7 · 1591119
Recent advances in scaffolding biomaterials for cultivated meat
Fasciano, S., Wheba, A., Ddamulira, C., & Wang, S.
BIOMATERIALS ADVANCES · VOL. 162 · 213897
Enhancing collagen bundle structure analysis: A robust approach through crossing density analysis with orientable filters
Wheba, A. G., & Kayasandik, C. B.
NEW DISCUSSIONS IN BIOSYSTEMS ENGINEERING · BOOK CHAPTER · PP. 43–58
PULM3: The effects of a two-step coating process and flow on artificial lung fiber fouling
Amoako, K., Pusey, R. F., Haddad, W. A., Majin, S., Wheba, A., & Okwuogori, C.
ASAIO JOURNAL · VOL. 69 · SUPPLEMENT 2 · P. 88
TOTAL OUTPUT: 04 RECORDS · Live Google Scholar metrics auto-sync on site visits
06 / FOUNDATIONSBuilt on
Built on
curiosity.
Two biomedical engineering degrees and a foundation in research-led problem-solving.
M.S. Biomedical Engineering & Bioengineering
University of New Haven
West Haven, Connecticut
B.Sc. Biomedical Engineering
Istanbul Medipol University
Istanbul, Türkiye
07 / OPEN CHANNELLet's build
Let's build
what's next.
Research. Innovation. A meaningful challenge. If our interests align, I'd be glad to connect.