DR. THOMAS W. GRAHM, MD

TYLER, TX

Research Active
Neurological Surgery NPI registered 21+ years 2 publications 1990 – 1991 NPI: 1568465474
Neurological Surgery
Postoperative ComplicationsUltrasonographyBrainIntracranial AneurysmMonitoring, PhysiologicCerebral HemorrhageCerebral AngiographyIntracranial PressureIschemic Attack, TransientCerebrovascular CirculationPostoperative CareThermal ConductivityUltrasonics

Practice Location

700 OLYMPIC PLAZA CIR
TYLER, TX 75701-1955

Phone: (903) 595-2441

What does THOMAS GRAHM research?

Dr. Grahm studies how to effectively monitor brain conditions after surgery, particularly the blood flow and pressure in the brain. His research is essential for patients recovering from brain surgeries, such as those involving brain aneurysms or traumatic injuries. By tracking blood flow and pressure in real time, doctors can quickly respond to critical changes, helping prevent serious complications like vasospasm, which can happen when blood flow is restricted in the brain.

Key findings

  • Real-time monitoring of brain blood flow and pressure can significantly improve response times to complications after surgery.
  • In a study of 15 patients recovering from surgery for brain aneurysms, less than 40 cc per 100 grams per minute blood flow was linked to vasospasm complications.
  • Continuous monitoring was shown to predict vasospasm sooner than traditional methods, leading to better-informed patient care.

Frequently asked questions

Does Dr. Grahm study brain surgery recovery?
Yes, Dr. Grahm focuses on monitoring brain blood flow and pressure to improve recovery outcomes for patients after brain surgery.
What treatments has Dr. Grahm researched?
He has researched continuous monitoring techniques for cerebral blood flow and intracranial pressure, particularly in patients who have had brain surgeries.
Is Dr. Grahm's work relevant to patients with aneurysms?
Absolutely, his research specifically addresses postoperative care for patients with brain aneurysms and aims to prevent complications.

Publications in plain English

Continuous postoperative monitoring of cortical blood flow and intracranial pressure.

1991

Surgical neurology

Carter LP, Grahm T, Bailes JE, Bichard W, Spetzler RF

Plain English
Researchers developed a new way to continuously track blood flow and pressure in the brain for patients after surgery. By using a special probe during surgery, they can instantly see changes in blood flow and pressure, which is crucial for responding quickly to issues like brain swelling or blood clots. This method is particularly helpful for patients with head injuries or bleeding in the brain, allowing doctors to react promptly to changes. Who this helps: This helps patients recovering from brain surgery and their doctors.

PubMed

Postoperative monitoring of cerebral blood flow in patients harboring intracranial aneurysms.

1990

Neurological research

Carter LP, Grahm T, Zabramski JM, Dickman CA, Lopez LJ +2 more

Plain English
The study looked at 15 patients who had surgery for brain aneurysms and monitored their blood flow in the brain for 1 to 4 days afterward. They found that a blood flow of less than 40 cc per 100 grams per minute was linked to complications called vasospasm, which can restrict blood flow and lead to further problems. Detecting these changes quickly is important, as the study showed that monitoring blood flow could predict vasospasm sooner than other methods, helping inform patient care. Who this helps: This helps doctors caring for patients after brain surgery.

PubMed

Frequent Co-Authors

L P Carter R F Spetzler J E Bailes W Bichard J M Zabramski C A Dickman L J Lopez D H Tallman

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