Faraz Jivan, Ph.D. Email and Phone Number
Faraz Jivan, Ph.D. work email
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Faraz Jivan, Ph.D. personal email
Faraz Jivan, Ph.D. is a Senior Process Engineer - Materials Engineering Team at Venostent, Inc. at VenoStent, Inc.. He possess expertise in microscopy, cell culture, statistics, polymers/hydrogels, peptide synthesis and 11 more skills.
Venostent, Inc.
View- Website:
- venostent.com
- Employees:
- 7
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Senior Process EngineerVenostent, Inc. May 2024 - PresentHouston, Texas, United States
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Senior Bioengineer3D Systems Corporation Mar 2024 - Apr 2024Houston, Texas, United States -
Bioengineer Ii3D Systems Corporation Dec 2021 - Mar 2024Houston, Texas, United States
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Lead Biomaterials EngineerVolumetric Jan 2020 - Dec 2021Houston, Texas- Led biomaterials synthesis, processing, and characterization for components used in bio-inks- Formulated synthetic and natural photoinks for 3D bioprinting and characterized material properties, print process, and printing parameters- Led knowledge transfer and sourcing of biomaterials for scale-up with contract manufacturing organizations(Acquired by 3D Systems) -
Graduate Researcher In Dr. Daniel Alge'S Bio-Instructive Materials LabTexas A&M University Aug 2014 - Dec 2019College Station, TexasDissertation Title: Sequential Click Reactions to Synthesize and Functionalize Hydrogel Biomaterials- Leveraged versatile yet selective "click" reactions for the modification, conjugation, and delivery of bioactive growth factors via synthetic hydrogel platforms. -
Graduate Teaching Assistant For Aggie Challenge Research Team (Engr 491)Texas A&M University Jan 2017 - May 2018Bryan/College Station, Texas Area
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Undergraduate Researcher In Dr. David Gracias' Nanotechnology LabJohns Hopkins University Aug 2009 - Dec 2012Baltimore, Maryland AreaProject: Bio-Origami Hydrogel Scaffolds Comprised of Photocrosslinked Poly(ethylene glycol) (PEG) bilayers - Demonstrated ability to form PEG cylinders and other 3D structures from 2D PEG sheets through photolithography.- Examined how these structures could be useful for insulin-producing beta cells as well as a platform for 3D co-cultures.Project: Cell-Laden and Chemically-Actuated, Muscle Microgrippers for Surgical Biopsies - Successfully created PEG micro-claws using photolithography and cultured neonatal rat ventricular myocytes on these structures.- Attempted to electrically and chemically stimulate cells to cause structure-wide contractions. -
Nsf Undergraduate Researcher In Cellular Engineering In Dr. Rebecca Richards-Kortum'S LabRice University Jun 2010 - Aug 2010Houston, Texas AreaProject: Differentiating Between Normal and Cancerous Breast Tissue Using Optical Contrast Agents.- Used GPR30 and Collagen antibodies to enhance image contrast for breast carcinoma, normal tissue, and surrounding environment to better optically discern cancerous tissue morphology. -
Summer Researcher In Pathology In Dr. Jere Mcbride'S LabUtmb Jun 2008 - Aug 2008Galveston, TexasProject: Glycophosphatidylinositol (GPI) Anchored Proteins related to the caveolae-mediated endocytosis of Ehrlichia chaffeensis. - Successfully suppressed the expression of surface GPI anchored proteins (CD14, CD48, and CD52) in THP-1 monocyte cells using siRNA transfection.- After bacterial infection of THP-1 cells, found that CD14 was likely a primary receptor for ehrlichial entry. -
Student Researcher In Materials Evaluation Lab Under Dr. Edward SosaNasa Johnson Space Center Jan 2008 - May 2008Houston, Texas AreaProject: Armchair Quantum Nanowire - Used raman and fluorescence spectroscopy to test properties of single-walled carbon nanotubes and determine the amount of “armchair” oriented nanotubes produced in batches made from of a laser ablation time delay study.
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Student Researcher In Life Sciences Lab Under Dr. Duane PiersonNasa Johnson Space Center Sep 2007 - Jan 2008Houston, Texas AreaProject: Stress Levels and Reactivation of Latent Viruses for Subjects in NASA’s Extreme Environment Mission Operation- Measured salivary cortisol levels and amount of Varicella Zoster virus copies in subjects to determine stress levels of astronauts during simulated underwater missions.
Faraz Jivan, Ph.D. Skills
Faraz Jivan, Ph.D. Education Details
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Biomedical Engineering
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Chemical And Biomolecular Engineering
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Clear Lake High School4.5/4.5
Frequently Asked Questions about Faraz Jivan, Ph.D.
What company does Faraz Jivan, Ph.D. work for?
Faraz Jivan, Ph.D. works for Venostent, Inc.
What is Faraz Jivan, Ph.D.'s role at the current company?
Faraz Jivan, Ph.D.'s current role is Senior Process Engineer - Materials Engineering Team at Venostent, Inc..
What is Faraz Jivan, Ph.D.'s email address?
Faraz Jivan, Ph.D.'s email address is fj****@****amu.edu
What schools did Faraz Jivan, Ph.D. attend?
Faraz Jivan, Ph.D. attended Texas A&m University, The Johns Hopkins University, Clear Lake High School.
What are some of Faraz Jivan, Ph.D.'s interests?
Faraz Jivan, Ph.D. has interest in Science And Technology, Health.
What skills is Faraz Jivan, Ph.D. known for?
Faraz Jivan, Ph.D. has skills like Microscopy, Cell Culture, Statistics, Polymers/hydrogels, Peptide Synthesis, Assay Development, Research, Photolithography, Molecular Biology, Polymerase Chain Reaction, Rheology, Spin Coating.
Who are Faraz Jivan, Ph.D.'s colleagues?
Faraz Jivan, Ph.D.'s colleagues are Hala Barakat, Kristen Mai (Means), Saismrithi Bhat, Laura Emerson, Cesar Ramirez, Bryan Ngo, Jennifer Lee.
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