Tag: icefish

^{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 ›

^{Type
post

Author
Sarah Chaffee

Date
November 12, 2018

Categories
Evolution
Human Origins and Anthropology
Tagged
, __k-review, amino acids, antifreeze protein, biological information, Darwinian evolution, education, human origins, icefish, lysine, macroevolution, malaria, Michael Behe, microevolution, notothenioids, nucleotides, PfCRT, proteins, skin color, Smithsonian Institution, The Edge of Evolution, Tibetans}

On Human Origins, Smithsonian Teaching Resources Oversell Evolution

_{Sarah Chaffee
November 12, 2018

Evolution, Human Origins and Anthropology

4}

Philosophical questions like who we are and where we came from are surely worth considering. But nothing in these documents will bring students closer to being able to do so in an informed manner. Read More ›