PAUL VONRYLL GRYSKA, MD

NEWTON, MA

Research Active
Surgery NPI registered 21+ years 2 publications 1975 – 1980 NPI: 1568468700
Surgery
RadiographyEscherichia coliAortic AneurysmIliac ArteryAspartic AcidMethodsPolymersAortic DiseasesFemoral ArteryChemotaxisIn Vitro TechniquesGlutamatesLysineAminoisobutyric AcidsPlanarians

Practice Location

2000 WASHINGTON ST
NEWTON, MA 02462-1627

Phone: (617) 244-5355

What does PAUL GRYSKA research?

Dr. Gryska studies how certain organisms, particularly bacteria and flatworms, move toward various chemicals in their environment. He developed a method using special materials that release chemicals over time, which helps researchers observe and analyze this movement more effectively. Additionally, he investigates a vascular condition known as arteriomegaly, where blood vessels become enlarged and twisted, potentially leading to serious health issues like aneurysms and blood clots. This research is vital for improving diagnostics and treatment strategies in patients with vascular complications.

Key findings

  • The use of sustained release materials improved the observation of bacterial movement, making testing more efficient.
  • In a study on arteriomegaly, seven cases revealed that twisted blood vessels can lead to dangerous complications such as aneurysms and misdiagnoses.
  • Understanding bacterial behavior through Dr. Gryska's methods helps researchers develop better strategies to study different bacterial strains.

Frequently asked questions

Does Dr. Gryska study bacterial behavior?
Yes, Dr. Gryska focuses on how bacteria move towards chemicals and what influences this behavior.
What is arteriomegaly and how does it relate to Dr. Gryska's work?
Arteriomegaly is a condition where blood vessels become twisted and enlarged, which Dr. Gryska studies to understand its complications and improve patient care.
Can Dr. Gryska's research help patients with vascular issues?
Yes, his work on arteriomegaly aims to enhance the understanding and treatment of patients suffering from vascular conditions.

Publications in plain English

A simple method for studying chemotaxis using sustained release of attractants from inert polymers.

1980

Canadian journal of microbiology

Langer R, Fefferman M, Gryska P, Bergman K

Plain English
This study looked at how two organisms—bacteria (specifically Escherichia coli) and a type of flatworm (Dugesia dorotocephala)—move toward certain chemicals. The researchers found that using special materials that gradually release these chemicals made it easier and more consistent to observe this movement in different conditions. This method is important because it allows scientists to quickly test how different strains of bacteria respond to attractants, which can lead to better understanding of bacterial behavior in various environments. Who this helps: This benefits researchers studying bacteria and their movement.

PubMed

Arteriomegaly.

1975

The American journal of roentgenology, radium therapy, and nuclear medicine

Carlson DH, Gryska P, Seletz J, Armstrong S

Plain English
This study looked at a condition called arteriomegaly, where blood vessels become twisted and enlarged, leading to changes in how blood flows. Researchers examined seven specific cases and found that these irregular vessels can lead to serious issues like aneurysms (which are bulges in blood vessels), blood clots, and other complications. Understanding arteriomegaly is important because it can make it harder for doctors to properly assess blood vessels, increasing the risk of misdiagnosis and complications. Who this helps: Patients with vascular issues and their doctors.

PubMed

Frequent Co-Authors

R Langer M Fefferman K Bergman D H Carlson J Seletz S Armstrong

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