The answer to this question is Proteinuria. The Proteinuria is a situation where in thr urine have excessive amount of protein. Having proteinuria is a sign that a person has a kidney disease / damage. The factors that can cause proteinuria is having diabetes and a high blood pressure.
Milk is generally slightly more acidic (pH 7.2) than the mother's plasma (pH 7.4) so it attracts weak organic bases such as oxycodone and codeine. Such drugs become ionised and 'trapped' in the milk.
In obstetric patients, compensated respiratory alkalosis and hypocapnia are common.
Pregnancy typically causes an increase in respiratory rate. There is a greater carbon dioxide exhalation as a result of the faster respiratory rate. Alkalosis is the result of a dip in carbonic acid caused by the reduced carbon dioxide level. The body substitutes bicarbonate with hydrogen ions for carbonic acid as a compensatory strategy.
The body successfully restores the pH in a fully compensated blood gas anomaly. Unless a disease manifests, patients in the geriatric, pediatric, and middle-aged adult populations have normal ABG levels.
<h3>Is respiratory alkalosis a serious condition?</h3>
Hyperventilation is a subsequent disease to respiratory alkalosis. The most common causes of hyperventilation are insults like hypoxia, metabolic acidosis, pain, anxiety, or an increase in metabolic demand. Although respiratory alkalosis itself is not fatal, the underlying cause might be.
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Answer:
Would be to go outside more often. Exercise even a bit is ok. Eat more vegetables than meat. Lastly to interact with other people
Explanation:
Answer:
b. 3
Explanation:
Dominant genes are represented by capital letters (such as the "O" used to show that the obesity gene is dominant) and phenotypically expressed as heterozygosis (Ot) or homozygosis (OO). These genes are those that determine a hereditary trait even when in single dose genotypes. That is, they determine their character even in the absence of their dominant allele.
Recessive genes are represented by lowercase letters (such as the "t" used to show that the thinness gene is recessive) where phenotypes are expressed only in homozygosis (tt). Thus, only the individual who presents tt genes, among the options given in the question, will not present obesity.
Gilligan represents the only person who does not have the "O" allele, his alleles are "tt", so Gilligan will not be obese. However, Ginger, who is "OO", Mary Ann, who is "Ot" and Thurston, who is "tO", have the dominant allele responsible for obesity, so from the options given, we can say that 3 individuals have the highest probability to be obese.
