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SCIENCE FAQ
Short, sweet, simple
Short, sweet science facts: FAQ
01
An electric shock can result in painful muscle spasms that are strong enough to break bones/dislocate joints
source: Health and safety executive: Electrical Injuries
02
AFter birth the remnants of the umbilical cord vessels become ligaments. The umbilical vein becomes a ligament that divides the left side of the liver into halves and connects it to the belly button. the umbilical arteries become a pair of ligaments that sit on either side of the abdominal wall passing from the pelvis to the belly button
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Sources:
Human Embryology: Organogensis: 16.9 Embryo-fetal circulation system - changes at birth
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Radiopaedia: Medial Umbilical Folds
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Human Anatomy and Physiology by Marieb & Hoehn. Pg. 1087
04
To avoid capture, a scorpion will release its own tail from its body. its anus is located at the end of its tail which unfortunately can’t grow back. Scorpions can survive up to 8 months before dying from their inability to get rid of their own waste.
source: Weiler, N. (2015). When attacked, some scorpions discard their stinger—and their anus. Science. doi:10.1126/science.aaa6431
03
An electric shock can result in painful muscle spasms that are strong enough to break bones/dislocate joints.
source: Health and safety executive: Electrical Injuries
02
AFter birth, the remnants of the umbilical cord vessels become ligaments. The umbilical vein becomes a ligament that divides the left side of the liver into halves and connects it to the belly button. the umbilical arteries become a pair of ligaments that sit on either side of the abdominal wall passing from the pelvis to the belly button.
​
Sources:
Human Embryology: Organogensis: 16.9 Embryo-fetal circulation system - changes at birth
​
Radiopaedia: Medial Umbilical Folds
​
Human Anatomy and Physiology by Marieb & Hoehn. Pg. 1087
01
Small doses of Caffeine are frequently given to premature infants in the neonatal ICU. It stimulates the respiratory center in the brain and helps them to breathe.
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SOURCE: Abdel-Hady, H., Nasef, N., Shabaan, A. E., & Nour, I. (2015, November 08). Caffeine therapy in preterm infants. Retrieved from https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4637812/
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