Answer:
no blood is not suitable for donation as it will clot too much in the recipient patient and can cause severe problems.
Explanation:
Meeeeeeeeeeeeeeeeeeeee !!!!!!
The given article discusses about the evaluation of the Chest Pain Dashboard.
<h3>What is the result of the article?</h3>
A difference-in-difference analysis suggests that the ED with the Dashboard implementation resulted in a significant increase in HIE use compared to EDs without. This finding was supported by qualitative interviews. While these results are encouraging, we also identified areas for improvement. FHIR-based solutions may offer promising approaches to encourage greater accessibility and use of HIE data.
<h3>What is Chest Pain?</h3>
One of the most frequent causes for emergency room visits is chest pain (ER). Each person experiences chest discomfort differently. It differs as well in:
It could seem like a mild ache or a severe, searing pain. It could indicate a major heart condition or be the result of a less serious, common reason.
<h3>What causes Chest Pain?</h3>
Your initial assumption while experiencing chest pain can be that you are having a heart attack. Although chest discomfort is a recognized indicator of a heart attack, there are numerous other less dangerous diseases that can also cause it.
Only 5.5% of all ER visits for chest discomfort, according to one study, result in the identification of a significant cardiac condition.
Learn more about chest pain with the help of the given link:
brainly.com/question/2416451
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Answer:
Conversion of alcohols to alkenes: R-CH2-CHOH-R → R-CH=CH-R + H2O
Conversion of carboxylic acids to acid anhydrides 2 RCO2H → (RCO)2O + H2O
Explanation:
Dehydration
In chemistry, a dehydration reaction is one that involves the loss of water. In organic synthesis, where an acid is often used as a catalyst, there are numerous examples of dehydration reactions: Conversion of alcohols to ethers: 2 R-OH → R-O-R + H2O Conversion of alcohols to alkenes: R-CH2-CHOH-R → R-CH=CH-R + H2O Conversion of carboxylic acids to acid anhydrides 2 RCO2H → (RCO)2O + H2O Conversion of amides to nitriles: RCONH2 → R-CN + H2O
Sources:
Klein Organic Chemistry. 2th edition
Mcmurry's Organic Chemistry. 9th edition.
