in-the-hospital-close-up-on-a-woman-in-labor-pushing-hard-to-223012143-stockpack-adobestock Type post Author Howard Glicksman Date February 4, 2026 CategoriesEvolutionIntelligent DesignMedicine Tagged , An Introduction to Systems Biology, Ardem Patapoutian, biomolecules, calcium ions, childbirth, connexin 43, contractile phase, Cx 43, delivery, design logic, electrical signals, Emily Reeves, gap junctions, heart, heart muscle, hormones, human mothers, intelligent design, labor, Marcos Eberlin, muscle cells, muscle contraction, Nobel Prize, oxytocin, PIEZO1, PIEZO2, pregnancy, pressure, progesterone, proteins, quiet phase, receptors, red blood cells, Science (journal), Science Daily, smooth muscle, uterine muscle, uterine muscle contraction, uterine wall, uterus, ventricular fibrillation Precision Design Logic Explains Childbirth Better than Darwinism Does Howard Glicksman February 4, 2026 Evolution, Intelligent Design, Medicine 12 It is only in the last few decades that science has been able to unravel what is going on at the molecular level within the uterus during labor and delivery. Read More ›
