Solution
Dr Insiyah R. answered on
Oct 15 2022
Topic 1: Reproduction 1
Topic 2: Respiratory system: 2
Topic: 3 Digestion/metabolism 3
Topic 4: 3
Reference 4
Topic 1: Reproduction
Esham's glandular structures change as a result of her pregnancy. To reproduce, glandular tissue is essential. The milk originates in the eastern region. Esham's body may alter in unexpected ways throughout pregnancy as a result of progesterone and oestrogen. These hormones promote an increase in the glandular tissue that makes and transports east milk to the ducts (Millas & Duarte Ba
os,2021). These hormones also promote the growth of adipose tissue, leading to a bigger apex. Increased oestrogen causes the pituitary gland to secrete more of the milk-making hormone prolactin. Because of their roles in regulating the development of the foetus and the subsequent changes in glandular tissues, prolactin, progesterone, and oestrogen are often refe
ed to as pregnancy hormones (Millas & Duarte Ba
os,2021). Also crucial is the effect of oestrogen on the growth and maturation of the foetus. In the early stages of pregnancy, oestrogen levels rise little; by the time the pregnancy is through, they have reached their optimal level. Eshma will have a higher-than-average amount of the pregnancy hormone oestrogen due to her illness. Due to the hormone relaxin generated during the second trimester of pregnancy, a rise in these oestrogen levels may also cause lower back discomfort and pelvic discomfort. With the help of this hormone, Eshma's pelvic region becomes softer, and her muscles and joints loosen up (Zamponi et al,2021). Esham's bodily balance and stability will suffer when her pelvic joints loosen. Hyperpigmentation is a result of an increase in these hormones, which also increases the creation of the melanocyte-stimulating hormone, which synthesises melanin.
In Eshma's case, hormones produced by the pineal gland, adrenal cortex, and gonads are necessary for the control of reproduction, which is a very complicated process. Follicle-stimulating hormone (FSH) and luteinizing hormone (LH) release are triggered by the anterior pituitary gland's stimulation of hypothalamic Gonadotropin-releasing hormone synthesis. Since they stop the gonads from functioning, these hormones are called gonadotropins. FSH aids ovarian development (Millas & Duarte Ba
os,2021). In addition to its role in ovarian function, LH increases the production of oestradiol and progesterone and helps to induce ovulation. Pregnancy readiness is aided by both oestradiol and progesterone. The pituitary gland secretes many hormones, including FSH, LH, prolactin, and oxytocin. In females, prolactin plays a crucial function in
east physiology. Clinically relevant pathologic events are
ought about by insufficient or excessive prolactin production. Normal lactational functions...