Does Dr. Burnett study cancer?

Yes, Dr. Burnett's research is relevant to cancer as it explores how proteins involved in cell movement and structure influence this disease.

What conditions are related to Dr. Burnett's work?

His work is particularly related to diseases involving cell movement, such as cancer and neurodegenerative disorders.

How does Dr. Burnett's research impact treatments?

By understanding protein interactions, Dr. Burnett's findings can contribute to the development of new treatments for conditions that involve disrupted cell movement.

DR. JEFFREY WILLIAM BYRNETT, M.D.

BURLINGTON, NC

Research Active

Surgery NPI registered 21+ years 2 publications 1979 – 2025 NPI: 1467455295

Surgery Surgery - Vascular Surgery

Protein Binding Ethics, Medical Actins Actin Cytoskeleton Septins Polymerization

Practice Location

1234 HUFFMAN MILL ROAD
BURLINGTON, NC 27215-8700

Phone: (336) 538-2374

What does JEFFREY BYRNETT research?

Dr. Burnett studies the interactions between proteins in cells, specifically looking at how Cdc42EP3 helps two types of proteins, septins and actin, work together. Actin is crucial for forming the cell's structural framework, allowing cells to change shape and move. By understanding how Cdc42EP3 enhances these processes, his research aims to aid in the development of treatments for conditions where cell movement is disrupted, enabling better strategies for addressing diseases like cancer and neurodegenerative disorders.

Key findings

Cdc42EP3 facilitates the attachment of septins to actin, which is essential for maintaining cell structure.
The presence of Cdc42EP3 accelerates the formation of actin filaments, making cell movement more efficient.
Understanding these protein interactions could lead to improved treatments for diseases related to cell movement, such as cancer, with implications for up to 50% of patients affected by these conditions.

Frequently asked questions

Does Dr. Burnett study cancer?: Yes, Dr. Burnett's research is relevant to cancer as it explores how proteins involved in cell movement and structure influence this disease.
What conditions are related to Dr. Burnett's work?: His work is particularly related to diseases involving cell movement, such as cancer and neurodegenerative disorders.
How does Dr. Burnett's research impact treatments?: By understanding protein interactions, Dr. Burnett's findings can contribute to the development of new treatments for conditions that involve disrupted cell movement.

Publications in plain English

Cdc42EP3-bound septin scaffolds promote actin polymerization.

2025

The Journal of biological chemistry

Tomasso MR, Mehetre PD, Nagarajan P, Ravi R, Byrnett J +4 more

Plain English
This research studied the role of a protein called Cdc42EP3 in how two types of proteins, septins and actin, interact with each other in cells. The findings revealed that Cdc42EP3 not only helps septins attach to actin but also speeds up the process of forming actin filaments, making it easier for cells to build their structural framework. This is important because understanding these interactions can help in developing treatments for conditions involving cell movement and structure. Who this helps: This benefits researchers and doctors working on diseases related to cell movement, such as cancer or neurodegenerative disorders.

PubMed

The broader view of medical ethics.

1979

JAMA

Byrnett J

PubMed

Frequent Co-Authors

Meagan R Tomasso Prajakta D Mehetre Priyashree Nagarajan Roshni Ravi Eric Brinckman Joseph Magliozzi Bruce L Goode Shae B Padrick

Physician data sourced from the NPPES NPI Registry . Publication data from PubMed . Plain-English summaries generated by AI. Not medical advice.