DR. HERMANN W. KAEBNICK, M.D.

LOUISVILLE, KY

Research Active
Surgery - Vascular Surgery NPI registered 21+ years 3 publications 1985 – 2025 NPI: 1790789642
IschemiaAngiographySkinHemodynamicsMicrosurgerySurgical FlapsMicrocirculationSkin TransplantationLegJudgmentAcidosisAdoptionChild, AdoptedCultureArterioles

Practice Location

4003 KRESGE WAY
LOUISVILLE, KY 40207-4652

Phone: (502) 897-5139

What does HERMANN KAEBNICK research?

Dr. Kaebnick studies the beliefs of adopted and donor-conceived children regarding their biological traits compared to traditionally-conceived children. He explores how these beliefs affect their identities and experiences. Additionally, he investigates innovative treatments for severe leg injuries, particularly those caused by poor blood circulation due to diabetes or other artery diseases, aiming to prevent amputations through advanced surgical techniques. Another area of his research examines how changes in tissue acidity affect blood flow during extreme blood loss, which has implications for understanding and treating patients in shock.

Key findings

  • Adopted and donor-conceived children believe less strongly in genetic determinism compared to traditionally-conceived children. Specifically, traditional kids were three times more likely to think traits came from birthparents.
  • In a study of four patients facing leg amputation, a new treatment method successfully prevented amputation by restoring blood flow and covering wounds with healthy tissue.
  • Research on rats demonstrated that when tissue acidity dropped to a pH of 7.0 during hemorrhagic shock, larger blood vessels failed to respond properly, impacting blood flow regulation.

Frequently asked questions

Does Dr. Kaebnick study the psychology of adopted children?
Yes, he researches how adopted and donor-conceived children perceive their biological traits compared to children conceived through traditional means.
What treatments has Dr. Kaebnick researched regarding leg injuries?
He has researched a method that restores blood flow and uses healthy tissue to treat severe leg injuries, potentially preventing amputation.
Is Dr. Kaebnick's work relevant to patients with severe blood loss?
Yes, his findings on how tissue acidity affects blood flow during hemorrhagic shock are important for improving treatments for patients experiencing significant blood loss.

Publications in plain English

Adopted and donor-conceived children hold reduced genetic-essentialist beliefs relative to traditionally-conceived children.

2025

Developmental psychology

Peretz-Lange R, Kaebnick H

Plain English
This study looked at how children form beliefs about their similarities to their biological and adoptive parents. Researchers found that adopted and donor-conceived kids (30 children) believed less strongly that their traits were determined by genetics compared to traditionally-conceived kids (65 children). Specifically, the traditional kids were three times more likely to think that their characteristics came from their birthparents. This matters because understanding these beliefs can help in supporting adopted and donor-conceived children as they navigate their identities. Who this helps: This helps adopted and donor-conceived children and their families.

PubMed

Effects of tissue acidosis on skeletal muscle microcirculatory responses to hemorrhagic shock in unanesthetized rats.

1985

The Journal of surgical research

Cryer HM, Kaebnick H, Harris PD, Flint LM

Plain English
This study looked at how low pH levels in body tissues (tissue acidosis) affect blood flow in skeletal muscles during severe blood loss (hemorrhagic shock) in rats. Researchers found that when the pH dropped to 7.0, larger blood vessels in the muscles didn’t respond well to the loss of blood—specifically, they didn’t narrow as they should have during shock, compared to a normal pH of 7.4. This matters because it helps explain why blood flow is so poorly regulated during severe blood loss, which could impact treatment strategies for patients experiencing similar conditions. Who this helps: This helps doctors and medical professionals treating patients with severe blood loss.

PubMed

Distal revascularization and microvascular free tissue transfer: an alternative to amputation in ischemic lesions of the lower extremity.

1985

Journal of vascular surgery

Briggs SE, Banis JC, Kaebnick H, Silverberg B, Acland RD

Plain English
This study looked at a new method to save legs from amputation in people with severe blood flow problems due to diabetes or artery diseases. Researchers treated four patients by first restoring blood flow to their legs and then covering their wounds with healthy tissue, successfully preventing amputation. This is important because it shows a potential way to help patients with serious leg injuries heal without losing their limbs. Who this helps: Patients facing amputation due to severe lower leg injuries.

PubMed

Frequent Co-Authors

Rebecca Peretz-Lange S E Briggs J C Banis B Silverberg R D Acland H M Cryer P D Harris L M Flint

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