Y is a woman in her early 30's and is being treated for cervicitis and cervical neoplasia, which have no known cause. Y is seeing Dr. T, who has recently tested her for bacterial and viral agents that may be contributing to her disease. She also recently had a colposcopy and cervical biopsy. Dr. T is recommending a treatment called cervical cryosurgery, as all of the other tests suggest no infectious cause and no cervical cancer. Cervical cryosurgery involves removing the superficial layers of the cervix to try and eliminate precancerous cells. Unfortunately, after the surgery, Y's cervical issues return. This leads Dr. T to suggest undergoing another procedure known as cervical conization, removing a chunk of tissue from the endocervix, to send out for biopsy to determine if all precancerous cells have been removed. A risk of this procedure is becoming unable to bear children. If Y wants to have kids, Dr. T suggests immediately trying to conceive, and have the surgery right after pregnancy to reduce the risks.

1. What is the anatomical relationship between the cervix and uterus?

2. What are the current statistics on the frequency of cervical cancer in women? Does race contribute to the development of cervical cancer? How is cervical cancer normally detected/tested for?

3. Cervical cancer is most commonly associated with the human papillomavirus (HPV). Discuss the transmission, contraction, and consequences of HPV infection.

paragraph explanation please

what is the element controlled by the hormones of the thyroid glands and the parathyroid gland

Complete this concept map to examine various aspects of Streptococcus pyogenes infection. Use the pop-up hints to help you place the terms correctly.

Homeostasis of the spinal cord : Discuss how the organ responds to maintain homeostasis in the body. Prediction: Predict the types of problems that would occur in this organ if it could not maintain homeostasis.

The spinal cord Functions: This is to describe the physiology. Do not discuss any anatomical description.

The Spinal Cord

Anatomical location: Use directional terms to describe the location such as superior to, inferior to, anterior, etc.

Anatomical description: Include only the anatomical description; do not include any function or microscopic description.

Types of cells and tissues present in the organ: Just include a microscopic description; do not include anything else.

1. Following each afferent pathways that begin with gustatory receptors, nociceptors, auditory hair cells, and retinal cones, what area of the brain immediately precedes primary cortex? Specify the area for each of these sensory systems.

• Relate to the knowledge, skills and experiences of Lifestyle Medicine professionals.
• Gain exposure to other members of the Lifestyle Medicine interdisciplinary team
• Examine how to work together for the betterment of our communities
• Develop a personal Lifestyle Medicine toolbox
• Practically apply the Lifestyle Medicine pillars

What will you be able to take away from these mentorship sessions?

1.How to adapt to a changing world and profession

2. Ways to start conversations in the topics you are interested in

3. Build a mindset for integrating lifestyle medicine wherever you go

write 4-5 sentences about each about how

Training can be tough. Finding rewarding activities in life can really help keep us well! A great way to help others and share your passion for lifestyle medicine is to get involved out in the community. Maybe it's public speaking, a plant-based food event, holding Walk with a Doc events - there are a lot of ways to educate the public, and have fun doing it.

Compare and contrast the molecular and cellular activities of Insulin and Glucagon on different tissues (adipose, skeletal muscle – resting & active, liver, pancreas) during fed and fasting metabolisms. [Include stimuli for secretion, source tissues, target cells, and cellular mechanisms of action.]

List the partial pressure of CO₂ at each stage from the atmosphere, to the lungs, to the blood leaving the pulmonary capillaries, to the blood entering the systemic capillaries, to the blood leaving the systemic capillaries, and finally back up to the blood entering the pulmonary capillaries. Describe at each stage why the partial pressure increases, decreases, or remains the same.

Question: You are assessing an animal that was brought across the state. The animal has a cough, intolerance to exercise, difficult breathing (dyspnea), and the mucosa of the cat looks anoxic (lack of oxygen). The heart rate is 150, with the normal ranging from 120-140 along with rapid breathing. An x ray was conducted and the heart was enlarged, and also had an enlarged pulmonary artery. A blood sample was also obtained, however the only thing that was elevated was the eosinophils and the basophils. You are suspecting a possible case of heart worm (HW) disease (dirofilaria imitis).

a. If this animal is affected by a parasite, what are the physiological implications? (Be sure to mention four things from the physiological standpoint that can be affected).

b. What is a good method of diagnosis in cats to determine if heart worm disease is present?

c. What is a preventive measurement for heart worm disease, mention the drug and the frequency of administration.

In correct sequence, which heart chambers, heart valves, and blood vessels would a drop of blood encounter from the time it flows out of the right atrium until it reaches the aorta?

People with cystic fibrosis produce abnormally thick mucus that clogs ducts in the respiratory and digestive systems. One of the major organs affected is the pancreas. What is the specific faulty condition associated with this genetic disorder and predict the effects on the digestive system in those individuals carrying this gene.

Describe a cardiac cycle on an ekg/ecg and the physical events that correspond to each of the electrical events.

why blood type (AB) is called "universal recipient" and blood type (O) is called "universal donor" ? Please explain me step by step and very detail because I don't understand.