Faculty

Institution

Unit

Venue

Jeniffer Hernandez

Keck Graduate Institute

Affiliations

Department Of Pharmacy

Keck Graduate Institute

NoneJeniffer Hernandez is currently serving as a Pharmacy faculty at Keck Graduate Institute.

Honors

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Experiences

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Education

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Jeniffer Hernandez

Keck Graduate Institute

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immunology molecular biology molecular cell biology cell signaling cell research molecular regulation immune responses molecular pathways immune dysregulation cell regulation molecular metabolism cell metabolism molecular immunology biochemistry autoimmune diseases autoimmunity experimental medicine molecular physiology t-regulatory cell adaptive immune system antigen processing metabolic remodeling signaling pathways creb/crtc2 pathway biophysics drug resistance breast cancer tumor biology diabetes leukemia cancer cells diabetes therapies diabetes research clinical lipidology molecular neurodegeneration autophagy molecular informatics cellular therapy proteome research immunologic diseases hematological malignancies therapy resistance breast oncology diabetes mellitus insulin signaling cellular immune responses dyslipidemia lipoprotein metabolism novel therapies lipid disorders metabolic regulation system immunology humoral response innate immune system clinical immunology autoantibody production mitochondrial dynamics acute resistance jurkat leukemia cells nanotube formation promotes insulin-sensitive tissues t cell repertoire type 2 cholesterol composition drak2 deficiency remodels single v receptor immune response pathogenic effector function immune repertoires th17 pathogenicity critical regulator

Notable Scholarly Works

Notable Federal Grants

Collaborators

Creb/Crtc2-Induced Gpr65 Orchestrates Th17 Metabolic Fitness and Pathogenic Effector Function. bioRxiv (Cold Spring Harbor Laboratory) (2026)

pathogenic effector functionmolecular cell biologygene expressiontranscription factorscell metabolismmolecular physiologymolecular metabolismmetabolic regulationmolecular biologysystems biologycell biologymolecular and cellular biologymetabolic remodelingmolecular regulationmetabolic pathways

A New Emerging Target for Treating Multiple Sclerosis: Drak2 Deficiency Remodels Lipid and Cholesterol Composition to Favor Treg Expansion 4779. The Journal of Immunology (2025)

neurologymultiple sclerosisautophagyclinical lipidologymolecular neurodegenerationcholesterol compositionlipidsdyslipidemiacell signalingimmunologylipoprotein metabolismnovel therapiescell biologylipid disordersexperimental medicineneurodegenerative diseasesdrak2 deficiency remodelsneuroimmunology

ASPRED: Identification of Antigen Apecific B-Cell Receptors From Single V(D)J Sequences Using Large Language Models 4171. The Journal of Immunology (2025)

single vadaptive immune systemimmune responsecomputational biologymolecular informaticscell researchimmunologycell biologyantigen processingmolecular immunologyreceptor

Fine-Tuned Protein Language Model Identifies Antigen-Specific B Cell Receptors From Immune Repertoires. bioRxiv (Cold Spring Harbor Laboratory) (2025)

immunity (medicine)receptorsadaptive immune systemhumoral responsesystem immunologysystems biologycell researchimmunologycellular therapyimmune repertoiresimmune responsesantigen processingmolecular immunology

Gpr65 Regulates Th17 Cells via the Creb/Crtc2 Pathway 2683. The Journal of Immunology (2025)

molecular pathwaysmolecular cell biologycreb/crtc2 pathway 2683signal transductiontranscription factorsmolecular physiologymolecular biologycell regulationcell signalingcell researchcell biologymolecular and cellular biologymolecular regulation

The Influence of Drak2 on Inducing T Cell Differentiation Through Metabolic Reprogramming 9056. The Journal of Immunology (2025)

cell regulationcell biologymolecular and cellular biologymolecular medicinecell metabolismcell researchmolecular cell biologygene expressionsignaling pathwaysmolecular regulationmolecular pathwayssignal transductioncellular differentiationmolecular metabolismmolecular biologycell signalingmetabolic reprogramming 9056metabolic remodelingt cell differentiation

Targeting of Gpr65 With Small Molecules Alters Th17 Cell Differentiation. The Journal of Immunology (2023)

molecular pathwaysmolecular cell biologymolecular biologycell regulationcell signalingimmunologycell researchsignaling pathwayscell biologymolecular and cellular biologymolecular regulationtherapeutic targets

Gpr65, a Critical Regulator of Th17 Pathogenicity, is Regulated by the Creb/Crtc2 Pathway. The Journal of Immunology (2022)

critical regulatormolecular pathwaysmolecular cell biologyimmune responsessignal transductiontranscription factorsproteome researchpathogenesisinnate immune systemimmune dysregulationcreb/crtc2 pathwaymolecular biologyth17 pathogenicitycell signalingimmunologycell biologymolecular and cellular biologymolecular regulation

Tunneling Nanotube Formation Promotes Survival Against 5‐Fluorouracil in Mcf‐7 Breast Cancer Cells. FEBS Open Bio (2021)

Kaylyn KatoKim Tho NguyenCarl W. DeckerKai H. SilkwoodSydney M. EckJeniffer B. HernandezJerome GarciaDerick Han

nanotube formation promotesbreast oncologybreast cancerbiochemistrytumor biologycancer cells

Gpr65, a Potential Therapeutic Target for Th17-Mediated Autoimmune Diseases, is Regulated by the Creb/Crtc2 Pathway. The Journal of Immunology (2020)

molecular cell biologyimmune responsespotential therapeutic targetimmune dysregulationcreb/crtc2 pathwaymolecular biologyautoantibody productionimmunologyautoimmune diseasesimmunotherapycell biologyth17-mediated autoimmune diseasesexperimental medicineautoimmunitymolecular immunologyclinical immunology

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Jeniffer Hernandez

Keck Graduate Institute

Affiliations

Department Of Pharmacy

Keck Graduate Institute

NoneJeniffer Hernandez is currently serving as a Pharmacy faculty at Keck Graduate Institute.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jeniffer Hernandez

Keck Graduate Institute

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Creb/Crtc2-Induced Gpr65 Orchestrates Th17 Metabolic Fitness and Pathogenic Effector Function. bioRxiv (Cold Spring Harbor Laboratory) (2026)

A New Emerging Target for Treating Multiple Sclerosis: Drak2 Deficiency Remodels Lipid and Cholesterol Composition to Favor Treg Expansion 4779. The Journal of Immunology (2025)

ASPRED: Identification of Antigen Apecific B-Cell Receptors From Single V(D)J Sequences Using Large Language Models 4171. The Journal of Immunology (2025)

single vadaptive immune systemimmune responsecomputational biologymolecular informaticscell researchimmunologycell biologyantigen processingmolecular immunologyreceptor

Fine-Tuned Protein Language Model Identifies Antigen-Specific B Cell Receptors From Immune Repertoires. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Gpr65 Regulates Th17 Cells via the Creb/Crtc2 Pathway 2683. The Journal of Immunology (2025)

The Influence of Drak2 on Inducing T Cell Differentiation Through Metabolic Reprogramming 9056. The Journal of Immunology (2025)

Targeting of Gpr65 With Small Molecules Alters Th17 Cell Differentiation. The Journal of Immunology (2023)

Gpr65, a Critical Regulator of Th17 Pathogenicity, is Regulated by the Creb/Crtc2 Pathway. The Journal of Immunology (2022)

Tunneling Nanotube Formation Promotes Survival Against 5‐Fluorouracil in Mcf‐7 Breast Cancer Cells. FEBS Open Bio (2021)

Kaylyn KatoKim Tho NguyenCarl W. DeckerKai H. SilkwoodSydney M. EckJeniffer B. HernandezJerome GarciaDerick Han

nanotube formation promotesbreast oncologybreast cancerbiochemistrytumor biologycancer cells

Gpr65, a Potential Therapeutic Target for Th17-Mediated Autoimmune Diseases, is Regulated by the Creb/Crtc2 Pathway. The Journal of Immunology (2020)

1
2
10 / page