NJ ACTS Pilot Project: Developing a longitudinal cohort of transgender youth to access health and wellbeing through physical, psychological, and molecular assessment
Project: The Spatiotemporal Dynamics of the Human Skin Microbiome in Health and Disease
NJ ACTS Project: Quantifying the dynamics of working memory in people with schizophrenia
Project: Mechanism and potential therapeutic inhibition of HCMV-induced telomerase activation
NJ ACTS Project: Motivation for cognitive and physical effort in depression
NJ ACTS Pilot Project: Post-Release Outcomes of Prison Based Treatments and Interventions for Opioid Use Disorder
NJ ACTS Project: Novel mouse models for live imaging basement membrane dynamics and breach in melanocyte migration and melanoma
NJ ACTS Project: Incorporating drug metabolism by the human gut microbiome into personalized medicine
Principal Investigator
NJ ACTS Project: Housing and Health in New Jersey’s Capital City
NJ ACTS Project: Structural and Functional Mapping of Islet β-Cell Sensory Innervation
NJ ACTS Project: A FRET-based HTS to identify antibacterial drug leads targeting ternary complex formation in E.coli
NJ ACTS Project: Improving mouse models of lung defense: neutrophil-mediated parasite resistance, tissue damage and repair
Project: Biochemical mechanisms of epigenetic regulation in cancer models
Read more about Esmat: https://muir.princeton.edu/esmat-hegazi/ and https://molbio.princeton.edu/news/nj-acts-translational-science-fellows…
Project: Signaling during preimplantation mammalian development
Read more about Rebecca and her research here: https://molbio.princeton.edu/news/nj-acts-translational-science-fellows…
Project: Evaluating Personalized Gut Microbiome-Derived Drug Metabolism
Project: The Effects of Cell-Level Heterogeneity on Cancer Invasion and Metastasis
Project: Defining the Spatial-Temporal Dynamics of the Tumor-Host Microenvironment via Proteomics
Related News: Krystal Lum and Brandon Trejo awarded 2022 NIH-funded NJ ACTS Translational Science Fellowships
Project: Understanding Thalamic Control of Information Flow in the Brain and Mechanisms of Therapeutic Stimulation
NJ ACTS Project: Translating a novel, streamlined, single-step CRISPR-Cas12/13 system for detection of tuberculosis
NJ ACTS Project: The effects of cell-level heterogeneity on triple-negative breast cancer progression
NJ ACTS Project: Pain as a Trigger for Opioid Dependence in the Context of Epigenetic Susceptibility
NJ ACTS Project: Targeting of mitotic spindle assembly factor TPX2 for cancer therapy
NJ ACTS Project: Capturing the impact of SARS-CoV-2 evolution on human pulmonary responses
NJ ACTS Project: A Testing Platform for Probing the Role of Dendritic Structural Plasticity in Neuropsychiatric Disorders
Project: Spatial-temporal Analysis of Microbial Composition and Function in the Mouse Intestine
NJ ACTS Project: Aerosol Production of Bacteriophage Formulations from Submicron Droplets for Biomedical and Pharmaceutical Applications
Project: Neuro-immunology and virology in human gene therapy
Read more about Christos and his research here: http://pni.princeton.edu/news/pni-postdoc-christos-suriano-awarded-nih-…
NJ ACTS Project: Use of Low Cost Orthotic Device to Improve Upper Extremity Function in Children With Cerebral Palsy
Project: Mechanical Control of Epithelial Stem Cell Fate Decisions
Related news: Krystal Lum and Brandon Trejo awarded 2022 NIH-funded NJ ACTS Translational Science fellowships
NJ ACTS Project: A Testing Platform for Probing the Role of Dendritic Structural Plasticity in Neuropsychiatric Disorders
Project: Programming Cell Migration for Wound Healing