The infant would most likely display physical facial abnormalities, smaller than usual head size, thin upper lip, deformities of fingers and joints, etc. When the baby starts to develop more and get older, there will be learning problems such as speaking and issues with impulse control
Answer:
I believe the answer is endomysium.
Some notable women who made important contributions to the advance of healthcare in the 19th century include:
- Florence Nightingale
- Clara Barton
- Elizabeth Blackwell
- Marie Curie
<h3>What is healthcare?</h3>
Healthcare refers to the care provided by medical personnel to sick people in order to restore them to good health.
Some notable women who made important contributions to the advance of healthcare in the 19th century include:
Florence Nightingale
Florence Nightingale improved nursing in the mid-19th-century when she helped to treat soldiers in hygienic environments, and also trained midwives and nurses.
Clara Barton
She nursed soldiers during the American Civil War and also founded the American Red Cross in 1880.
Elizabeth Blackwell
She was the first woman in the United States to receive a medical degree in 1849. She was also the first American woman to publish a medical article on the differences between how women treat patients compared to men.
Marie Curie
Marie Curie research into radiation helped develop mobile x-ray machines during World War I to service field hospitals.
In conclusion, several notable women contributed to healthcare in the 19th century.
Learn more about Elizabeth Blackwell at: brainly.com/question/9166343
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Answer: a. too much acetylcholine staying in the neuromuscular junction for too long
Explanation:
Sarin is a gaseous organophosphate. This gas is used for chemical warfare. This affects the nervous system of the body. The gas if inhaled can cause death within minutes.
Acetylcholine is a neurotransmitter molecule. It is released from the pre-synaptic neurons that binds to the acetylcholine receptors.
The gas sarin will target the enzyme acetylcholinesterase present in the neuromuscular junction of the body where the nerves actually meet the muscles. The enzyme degrades nerve signaling molecule acetylcholine. Thus when the sarin degrades the enzyme the levels of acetylcholine will rise up in the blood. The acetylcholine remain in the neuromuscular junction. The acetylcholine will stimulate the nerve cell receptors. Excess of acetylcholine will cause excessive twitching and may lead to paralysis.
