Tag: glycoprotein

^{Type
post

Author
Howard Glicksman

Date
April 15, 2026

Categories
Evolution
Intelligent Design
Neuroscience & Mind
Tagged
, amino acids, angiogenesis, axon, axon guidance, barcode, blood vessel development, brain, brain tissue, cell behaviors, chemical gradients, chemorepellent, childbirth, cytoskeleton, DNA, Douglas Axe, evo‑devo, evolution, evolutionary development, extracellular matrix, eyes, frog, gene regulatory networks, genome, gland cell, glycoprotein, immune function, intelligent design, midbrain, midline, muscle, N‑cadherin, Nature Materials, NCAM1, nerve, nervous system, organs, PIEZO1, Science Daily, Semaphorin-3A, sensory information, sensory navigation, signaling patterns, skeletal biology, Stuart Burgess, tissue geometry, tissue stiffness, Ultimate Engineering, Undeniable (book), Universal Design Intuition, visual signals, zygote}

Precision Design Logic Explains Neural Wiring Guidance Better than Darwinism Does

_{Howard Glicksman
April 15, 2026

Evolution, Intelligent Design, Neuroscience & Mind

9}

This is why Darwinists can easily incorporate new discoveries into their origin narrative. It is because they never really address the true causal implications. Read More ›

^{Type
post

Author
Jonathan McLatchie

Date
February 8, 2024

Categories
Biology
Engineering
Intelligent Design
Reproductive Science
Tagged
, birth, calcium ions, chromosomes, cilia, egg, embryonic development, fallopian tube, fertilization, glycoprotein, humans, intelligent design, meiosis, ovum, seminal fluid, sperm cells, uterus}

The Exquisite Design of Egg Cells

_{Jonathan McLatchie
February 8, 2024

Biology, Engineering, Intelligent Design, Reproductive Science

7}

Oogenesis (the process of egg cell formation) begins during embryonic development when the primordial germ cells are specified. Read More ›

^{Type
post

Author
Emily Reeves

Date
June 22, 2023

Categories
Biology
Intelligent Design
Life Sciences
Tagged
, antifreeze protein, BIO-Complexity, blood, capillaries, fish, freezing, glycoprotein, Gregory Sloop, heart, hemoglobin, icefish, marine biology, Montana, oxygen, physicians, temperatures, Titanic}

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
Emily Reeves

Date
November 1, 2022

Categories
Biology
Intelligent Design
Science
Tagged
, antifreeze protein, BIO-Complexity, blood, capillaries, fish, freezing, glycoprotein, Gregory Sloop, heart, hemoglobin, icefish, Montana, oxygen, physician, physicians, temperatures, Titanic}

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

Date
May 4, 2021

Categories
Botany
Intelligent Design
Life Sciences
Tagged
, blood clotting, cancer, collagen, Darwin's Black Box, diseases, DNA repair, evolution, foresight, glycoprotein, glycosylation, health, intelligent design, Michael Behe, photosynthesis, PNAS, quantum mechanics}

Contingency Planning in the Cell Affirms Design

_{Science & Culture
May 4, 2021

Botany, Intelligent Design, Life Sciences

7}

When sunlight is adequate, leaves are happy. On some days, though, there can be too much of a good thing. Read More ›