Tag: vasculature

^{Type
post

Author
Emily Reeves

Date
June 22, 2023

Categories
Biology
Intelligent Design
Life Sciences
Tagged
, Antarctic icefish, antifreeze protein, BIO-Complexity, blood, blood viscosity, capillaries, Channichthydiae, fish, freezing, glycoprotein, Gregory Sloop, heart, hemoglobin, hemoglobinless blood, human blood, icefish, marine biology, Montana, oxygen, physicians, Southern Ocean, temperatures, Titanic, vasculature}

Blood Viscosity and Freezing Temperatures — A Titanic Problem

_{Emily Reeves
June 22, 2023

Biology, Intelligent Design, Life Sciences

3}

Blood viscosity is the technical reason why Jack froze in less than 23 minutes, but icefish can survive for 15 years in water of a freezing temperature. Read More ›

^{Type
post

Author
Casey Luskin

Date
March 27, 2023

Categories
Biology
Evolution
Intelligent Design
Science
Tagged
, Antarctic icefish, BIO-Complexity, bloodstream, capillaries, cardiovascular system, erythrocytes, evolution, Gregory Sloop, heart, hematocrit, hemoglobin, icefish, intelligent design, kidneys, notothenioids, oxygen, peer-reviewed literature, red blood cells, teleology, teleosts, vasculature, viscosity}

Scientific Paper Argues Antarctic Icefish “Designed to Utilize Hemoglobinless Blood”

_{Casey Luskin
March 27, 2023

Biology, Evolution, Intelligent Design, Science

4}

“Proponents of intelligent design see customizations to decrease blood viscosity as examples of teleology in biology.” Read More ›

^{Type
post

Author
Emily Reeves

Date
November 1, 2022

Categories
Biology
Intelligent Design
Science
Tagged
, Antarctic icefish, antifreeze protein, BIO-Complexity, blood, blood viscosity, capillaries, Channichthydiae, fish, freezing, glycoprotein, Gregory Sloop, heart, hemoglobin, hemoglobinless blood, human blood, icefish, Montana, oxygen, physician, physicians, Southern Ocean, temperatures, Titanic, vasculature}

Without Hemoglobin, How Do Icefish Survive the Cold? By Design

_{Emily Reeves
November 1, 2022

Biology, Intelligent Design, Science

3}

Icefish, aka the family Channichthydiae, survive at 0oC in the Southern Ocean by maintaining blood viscosity at the set point of 3.27 centipoise. Read More ›