Isabella Flores
Mr. Jobe
Anatomy Period 3
11 December 2015
Oxytocin
Oxytocin, also known as carbetocin, syntocinon, pitocin, and the love hormone. This hormone is a mammalian neurohypophysial hormone that acts as a neuromodulator in the brain. It can be found in many different areas, for instance like being induced into labor, afterbirth, sex, breast feeding, relationships, control bleeding after an abortion, and plenty others. This then alters some of the organs in the body including contraction of the cervix and vagina, which is involved in the orgasm. Oxytocin is also entangled with circadian homeostasis, which is body temperature, activity level, and when an individual is awake. It can also induce labor and release breast milk. Oxytocin
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Which then creates the uterus to shrink, causing labor contractions, and tightens the uterus after a baby is born to deliver the placenta. Oxytocin feeds off positive feedback, when there is more oxytocin to be released, it generated more of it. Which explains why a women in labor is continuously assembling contractions. It even clarifies as to why the more a mother breastfeeds, the more she is able to produce to feed the baby. When a woman induces her labor for any reason, synthetic oxytocin will usually be given to enceinte mothers through a vein to trigger labor contractions or to make the contractions she is feeling stronger. A dose of synthetic oxytocin can also be given after the child 's birth to stop postpartum …show more content…
If given too much oxytocin the woman 's uterus contract brutally causing the mother and baby to be in distress. When a situation like this happens, it leads to the doctor to make a decision from either having a natural birth or to perform a c-section. An increase of oxytocin can benefit who are diagnosed with autism or asperger 's. Heightened oxytocin levels have shown that a child with autism or aspergers are more likely to have an understanding of their surroundings and can help them be more social. Having too much has been linked to disorders of the prostate in men. Which may cause difficulty on using the
The pituitary gland coordinates growth and blood pressure. It coordinates with the hypothalamus to maintain homeostasis in the body. Pons: The pons sends messages from the front half of the brain to the cerebellum.
I am writing you in response to your question regarding how certain calcium supplements will interact with levothyroxine so that you can finish developing your clinical trial. As you likely know, understanding organic chemistry interactions such as acidity and basicity is vital for deciding how compounds interact. Levothyroxine is a drug which is used to treat hypothyroidism, and many patients taking this drug simultaneously take calcium supplements. Understanding how multiple drugs interaction is important to know whether there will be any undesirable effects. I plan to explain how calcium carbonate and calcium citrate supplements interact differently with levothyroxine and how the environment of the stomach and small intestine affects its absorption.
Sex drives all Throughout our lifetime, we are all constantly powered by desire, whether we want to or not. Our desire is stemmed from the human need to be connected with other human beings, either intellectually, emotionally, or sexually. However, our sexual desires are so strong that they are able to create a total body experience. For instance, parts of ourselves that are often asleep awaken, areas that are uninvolved or detached become deeply involved or attached. These desires heighten our senses and allow the experience to be unforgettable.
Thesis: Dr. Neel Shah adequately conveys his argument by using proper word choice and elements such as personal credibility, expression of emotion, and facts. Throughout the article Are hospitals the safest place for healthy women to have babies? obstetrician, Neel Shah addresses the topic with ease. Dr. Shah not only brings awareness to different arguments, but he expands on them in a way to aid his opposition. Shah doesn’t only provide details and evidence, but he brings an insight to an obstetrician’s point of view.
Although this seems to contradict itself with nonmaleficence or the idea of not harming the baby, the goal is to not let the baby go through withdrawal in utero, but to manage withdrawal care for the infant after delivery. Once the baby is delivered, the baby is closely monitored for signs and symptoms of Neonatal Abstinence Syndrome. Depending on the substance used, the clinical presentation of signs and symptoms of withdrawal could appear anytime from immediately after birth to up to seven days after delivery (Kremer and Arora, 2015). These babies exhibit a wide array of symptoms such as, but not limited to: foul-smelling diarrhea, a shrieking cry that sounds painful and is near impossible to soothe, abdominal cramping and firm on palpation, sweats similar to that of a middle-aged female going experiencing menopausal symptoms, seizures, and often have an immature sucking reflex which increases the difficulty of soothing and feeding a baby going through Neonatal Abstinence Syndrome (Maguire, Webb, Passmore, and Cline,
In addition, these infants often receive poor prenatal care so there is an increased risk of infection (Jansson, 2015). Neonatal abstinence syndrome presents with many detrimental effects; “neurological, gastrointestinal, and respiratory signs including increased tone, a high pitched cry, poor feeding, sleep-wake abnormalities, poor weight gain, tremors and seizures.” (Dow, Ordean, Murphy-Oikonen, Pereira, Koren, Roukema, Selby, Turner, 2012). In order to enact professional caring when treating the infant with neonatal abstinence syndrome, the nurse must be educated on the pathophysiology and treatment modalities specific to this syndrome. The nurse must also possess courageousness and commitment to the infant when caring for them because a barrier to professional caring for the infant is the distress and frustration at the limitations in the process of comforting and consoling the infant (Maguire, Webb, Passmore & Cline, 2012).
In the last ten years, more and more women are going the home-birthing route because it is safer and more natural. This can be seen as a mini revolt against the stigmatized and dehumanized view of mothers and birth. Using a midwife and having a home birth allows for the body to naturally go into labor, a labor that could last hours or even days. The female body is designed to naturally produce oxytocin, a hormone that causes labor. In this process, a mother goes through contractions where the baby is turning around so they are facing head first.
Crystalyn Poppert BIO202- Amy Bell September 1, 2015 Endocrine Written Assignment 1.) The different methods of intercellular signaling are gap junctions, local/paracrine hormones, and endocrine hormones. Gap junctions are direct connections that permit electrical and chemical signals to pass between cells. Tunnels that directly link cells. For example, the heart allows ions to flow directly from one heart cell to another.
B. Those are just a few factors that play into preterm labor, but there are several more such as infections, stress levels, high blood pressure, preeclampsia, even being born premature increases the chances of your own baby being premature, and the list goes
Week five; the heart takes its first beat. Week sixteen; the lungs take their first breath. Week twenty-three; the first movement is felt. To have the privilege to be part of this life-changing journey and a woman’s story is what inspires me to become a midwife. Pregnancy and birth are natural processes in which I believe all women are designed for and therefore capable of.
E., Butler, A. S., & Institute of Medicine. (2007). Preterm birth: Causes, consequences, and prevention. Washington, DC: National Academies Press. Gross, R. T., Spiker, D., & Haynes, C. W. (1997).
The anterior pituitary is devoid of a nerve supply, but has a unique blood supply, a portal system. The hypothalamohypophyseal portal system begins in a series of capillaries in the median eminence of the hypothalamus sends blood via veins to the anterior lobe, where it ends in a series of capillaries. This portal system carries neurohormones from the hypothalamus to the anterior pituitary where they control the secretion of anterior lobe hormones. The anterior pituitary consists of five different endocrine cell types, identified by antibodies against pituitary hormones and capable of production and secretion of pituitary hormones: 1.
Concept Hydrotherapy can be exercised in two ways during the laboring process: water immersion in labor, in which during the first stage of labor the laboring woman gets into a pool or tub of warm water prior to the baby being born and waterbirth, in which the woman remains in the water during the pushing stage. Showering also provides laboring moms with the comforts of warm water. While the concept of water immersion during labor is widely accepted, the safety of waterbirth is more controversial (Dykes, 2017). Many of the benefits of water immersion are attributed to the buoyancy of the water, such as the pressure water puts on the body. Other benefits include lower episiotomy rates and labor progress facilitation due to decreased stress and
Urinary incontinence, the loss of bladder control, can also be called enuresis is a problem with many different age groups. This is caused by sympathetic dysfunction. Sympathetic dysfunction affects many systems of the body such as the the cardiovascular, reproductive, and even urinary. Enuresis is a medical term used more towards children meaning involuntary urination, referred to bedwetting most of the time (Silverthorn, 2013). The International Continence Society defines incontinence as “a condition in which involuntary loss of urine is a social or hygienic problem and is objectively demonstrated (Viktrup, 1993).
The endocrine system is such an important system to the body because it functions the bodies use of hormones. The body uses many different hormones and the endocrine system regulates these. When the glands of the endocrine system secrete the hormones, the hormones are put into the bloodstream to be sent to the different parts of the body. The glands that comprise the endocrine system are the hypothalamus, the pituitary gland, and the pineal gland which are all located in the brain, the thyroid, parathyroid, and thymus which are located in the throat, the adrenals and pancreas which are located in the body’s midsection, and the ovaries (female) and testes (male) which are located in the pelvic region. The system is so important because it regulates the body’s metabolism, growth and sexual development, digestion, heart rate, and many of the other body functions regulated by hormones.