Allan R. Brasier, M.D.
Allan R. Brasier, M.D.
Nelda C and HJ Lutcher Stark Distinguished Chair in Endocrinology
Director, Institute for Translational Sciences
Director, Sealy Center for Molecular Medicine
Department of Internal Medicine
University of Texas Medical Branch
8.138 Medical Research Building
Galveston, TX 77555-1060
Inflammation is a common mediator of many chronic human diseases, including asthma, heart disease, aging, and cancer. I am interested on how cellular signaling pathways induce inflammation with the goal of being able to monitor and modulate these pathways to treat these conditions.
One of our major areas of concentration is to understand intracellular signaling pathways control a "master" regulator of inflammation known as nuclear factor-kB (NF-kB). We have shown that NF-kB is a mediator for respiratory virus- induced pulmonary inflammation, one of the important links between acute respiratory infections and asthma exacerbations. In recent work we have found that cyclin dependent kinases are critical for some of the inflammatory activities of NF-kB. We are currently investigating whether inhibition of cyclin dependent kinases can be used as anti-inflammatory agents in models of airway inflammation.
In addition, were the first group to show that a blood pressure regulating hormone, angiotensin II, produces chronic vascular inflammation via NF-kB in smooth muscle cells. In fact, vascular inflammation is now known to be a major, independent risk factor for the development of atherosclerosis. In recent work, we have further extended our findings to implicate the GTPase Rho A as a controller of angiotensin II-induced NF-kB signaling. We are currently pursuing animal studies to determine whether agents that affect the RhoA-NF-kB pathway can be used to treat vascular diseases.
Currently, we are developing exciting new proteomics technologies to identify predictive biomarkers in patients with airway disease. To this end, we recently have discovered a panel of cytokines that separate various groups of asthmatics and are seeking to validate these in independent studies. Our ultimate goal is to be able to predict treatment outcome in patients inflammatory disease as a first step towards personalized medicine.
- Lab: www.bioinfo.utmb.edu/Brasier_Lab/
- CPC: bioinfo.utmb.edu/cpc/
- SCMM: scmm.utmb.edu/
- ITS: www.its.utmb.edu/
The department of internal medicine is developing evidence based clinical protocols which will be available in EPIC (as order sets) for use when admitting patients with these diagnoses. Their AIM is to standardize care and decrease length of stay and readmission rates.Currently available protocols are:
- CAP - Community Acquired Pneumonia Orderset
- Congestive Heart Failure (CHF)
- Chronic Obstructive Pulmonary Disease (COPD)
- Diabetic Ketoacidosis Adult, ICU
- General Medicine Admission
- Immunodeficiency Flow Panel
- MICU/CCU Admission Order Set
- Oral Analgesic Medicaitons
- Parenteral Opioids
- Sepsis, Adult ICU
- 111 - Stroke Alert
- 112 - Stroke Activation
- 300086 - Stroke Floor Admission
- 3000000001 - Stroke Critical care without tPA
- 300088 Stroke - Transfer from Critical care to floor
- 3004002 - Stroke Discharge
All protocols can be found in the EPIC order set section.
The department of Internal Medicine has a large role in the Meaningful Use Initiative. Our participation is key for the success of the initiative. Please visit the meaningful use website for important communication and updates from the Meaningful Use Initiative.