草莓传媒官网下载

Contact

TGumienny@twu.edu
940-898-2295
SRC 304H

Biography

Education

Ph.D., State University of New York; B.S., Texas A&M University

Interests

Biology; Advanced Genetics; Cell Communication

Education

Ph.D., State University of New York at Stony Brook
B.S., Genetics, Texas A&M University, College Station, Texas

Research Interests

Biology; Advanced Genetics; Cell Communication

Latest Articles

eLife (2023)
Bhoomi Madhu, MF Lakdawala, Tina L. Gumienny

Journal of Visualized Experiments (2022)
B Madhu, M. F. Lakdawala, T L Gumienny

Aging Cell (2022)
S. L.B. Arneaud, J. McClendon, L. Tatge, A. Watterson, K. R. Zuurbier

草莓传媒官网下载 Student Journal (2021)
P Joseph, H Everts, T Gumienny

bioRxiv (2021)
B Madhu, T L Gumienny

Caenorhabditis elegans saposin-like spp-9 is involved in specific innate immune responses
Genes and Immunity (2020)
B Madhu, M F Lakdawala, N G Issac, T L Gumienny

microPublication Biology (2019)
M. F Lakdawala, Tina L Gumienny

Molecular Biology of the Cell (2019)
M F Lakdawala, B Madhu, L. Faure, M. Vora, R. W. Padgett

microPublication Biology (2019)
B. J. Madhu, A. E. Salazar, Tina L Gumienny

Feedback regulation of BMP signaling by C. elegans cuticle collagens
bioRxiv (2019)
U. Madaan, L. Faure, A. Chowdhury, S. Ahmed, E. J. Ciccarelli

Molecular Biology of the Cell (2019)
U. Madaan, L. Faure, A. Chowdhury, S. Ahmed, E. J. Ciccarelli

Cell Death and Differentiation (2018)
S D King, C F Gray, Tina L Gumienny

Determining how TGF-尾 is trafficked and secreted in C. elegans
Texas Journal of Microscopy (2018)
G. Ravindranathan, L. Faure, Tina L Gumienny

Proc Microsc Microanal (2018)
R.D Schultz, Tina L Gumienny

The Worm Breeder's Gazette (2016)
B. Madhu, Tina L Gumienny

MicrobiologyOpen (2016)
T. Galbadge, T.F. Sheperd, S.L. Cirillo, Tina L Gumienny, J.D. Cirillo

Novel regulated secretion mechanism for a nerve-secreted cell-cell signaling molecule in C. elegans
Microsc Microanal (2015)
R. D. Schultz, K Beifuss, S Taneja-Bageshwar, Tina L Gumienny

Current Projects

I am interested in how cells communicate with each other at the molecular and cellular levels during development. My group focuses on Transforming Growth Factor-脽 superfamily members (TGF-脽s), critical messengers for intercellular communication in metazoans. My long-term research goal is to understand how proper cell-to-cell signaling by TGF-脽 is achieved during development and can be disrupted in disease states. Specifically, we study the molecular players and processes involved in regulating these signals in the nematode model system C. elegans using genetic, molecular, cell imaging, and biochemical tools.

Externally Funded Projects

Development and characterization of a Myhre Syndrome nematode model
GOV-National Institutes of Health(NIH) | $3,250.00 | 2024
Role: Principal Investigator

Investigation of the Biochemical Composition and Molecular Mechanisms of Roundworm Epicuticle Formation to Identify Novel Target Proteins for Anthelmintic Drug Development Year 2 of 2
United States Department of Agriculture, Agriculture and Food Research Initiative | $100,000.00 | 2018
Role: Principal Investigator

Chromatin condensation as a DNA protective response to UV radiation in human melanocytes and aging C. elegans Year 2 of 2
GOV-National Institute on Aging (NIA) | $50,000.00 | 2018
Role: Principal Investigator

Determining the physiological effect of developmental RAB-1 and MAP2 loss in the C. elegans model system
Scottish Rite Hospital for Children | $6,061.00 | 2018
Role: Principal Investigator

Investigation of the Biochemical Composition and Molecular Mechanisms of Roundworm Epicuticle Formation to Identify Novel Target Proteins for Anthelmintic Drug Development Year 1 of 2
GOV-Department of Agriculture (USDA) | $100,000.00 | 2018
Role: Principal Investigator

National Institute of General Medical Sciences R01 Year 5 of 5
GOV-National Institutes of Health(NIH) | $1,082,275.00 | 2016
Role: Principal Investigator

Internally Funded Projects

Travel funds to attend the 24th International C. elegans Conference, Glasgow, UK
Jane Nelson Institute for Women's Leadership | $3,910.00 | 2023
Research Grant

Tissue-specific regulation of a cell-signaling pathway by a family of protein-cutting enzymes
Jane Nelson Institute for Women's Leadership | $23,560.00 | 2021
Research Grant

Defining the molecular interaction of the DBL-1/BMP signaling pathway with BLMP-1/BLIMP1 in Caenorhabditis elegans
Research Enhancement Program | $10,000.00 | 2020
Research Grant

Role of a cell signaling pathway in mounting protective responses against different bacterial immune challenges in the roundworm model organism C. elegans
草莓传媒官网下载 | $10,000.00 | 2019
Research Grant

Proposal Wages For Student Assistants
$6,540.00 | 2018
Research Grant

2017 Summer Research Initiative
GOV-草莓传媒官网下载 | $6,540.00 | 2017
Research Grant

New Investigator Research Enhancement Program (REP) Grant
GOV-草莓传媒官网下载 | $10,000.00 | 2017
Research Grant

草莓传媒官网下载 Innovation Proposal
GOV-草莓传媒官网下载 | $65,262.00 | 2016
Research Grant

Small Grants Program
GOV-草莓传媒官网下载 | $761.00 | 2016
Research Grant

Teaching and Research Grant for Equipment and Technology (TARGET) Grant
GOV-草莓传媒官网下载 | $291,233.00 | 2015
Research Grant

New Investigator Research Enhancement Program (REP) Grant
GOV-草莓传媒官网下载 | $10,000.00 | 2015
Research Grant