Melmed, S., Polonsky, X. S., XXXXXX, X. R., & XXXXXXXXXX, X. X. (XXXX).Williams XXXXXXXX XX XXXXXXXXXXXXX. XXXXXXXX XXXXXX Sciences.
XXX XXXXXXXX system is a structure XX bones XXXXXXXX the entire body XXXX XXXXX to XXXXXXXX overall XXXXXX structure and movement.
Men have a larger XXXXXXXX XXXX XXX XXXX XXXX XXXX females. (Nieves XX al, XXXX)
XXXXX have a XXXXXXX XXXXXXX bone, XXXXXXXX XXXX and XXXXXXXX XXXX XXX in the XXXX XXXXXX XX the XXXXXXXX.
Women XXXX a more XXXXXXXXXX illium, a pelvis that is tipped forward, and a larger, rounder XXXXXX inlet. In XXXXXXXX, XXX XXXXXX XXXXXX XX shallower, XXX the bones are lighter and XXXXXXX at the pelvis.
Females XXXX XXXX mobile XXXXXX XXXXX, while male XXXXXX XXXXX are more fixed.
XXX XXXX XXXX XXXXX that XXX XXXXXXX in length.
Men have a XXXX XXXXXX XXX long sacrum, while XXXXX XXXX a broader XXXXX XXXX, XXXXX assists in childbirth.
XXX generally have XXXX square XXXXX, while XXXXX XXXX XXXXX tapered XX a more acute angle.
XXXXXXXXX: XXXXX XXXXXXXXXXX. (2016, XXXX 7). Difference between male and female skeleton. XXXXXXXXX XXXX XXXXX://www.majordifferences.com/2014/03/difference-XXXXXXX-XXXX-and-female.html
References
Keen, J. X. (XXXX). A XXXXX of the differences between male and XXXXXX XXXXXX.XXXXXXXX XXXXXXX of XXXXXXXX Anthropology,X(1), 65-80.
Major XXXXXXXXXXX. (XXXX, XXXX 7). Difference XXXXXXX XXXX XXX XXXXXX XXXXXXXX. XXXXXXXXX XXXX XXXXX://XXX.XXXXXXXXXXXXXXXX.XXX/2014/03/XXXXXXXXXX-XXXXXXX-male-and-XXXXXX.html
XXXXXX, X. X., XXXXXXX, X., XXXXXXX, J., Zion, M., XXXXXXX, P., XXXXXXX, R., & Cosman, X. (2005). Males XXXX XXXXXX XXXXXXXX XXXX XXX XXXX XXXX XXXX females, XXXXXXX XXXXXXXXXX body XXXX.XXXXXXX of Bone XXX XXXXXXX Research,20(3), XXX-535.
Steele, X. X., & Bramblett, C. X. (1988).XXX XXXXXXX and biology XX XXX human skeleton. Texas A&X University XXXXX.
XX antagonistic XXXXXX XXXX are a pair of muscles which work in contrast, XXXXX XX one muscle relaxes, the other contracts. XXXXXXXXXXXX muscle XXXXX XXXXX because muscles help to push force to the XXXXX via the tendons, but also XXXX XX XX push the XXXX back to XXX XXXXXXXX position XXXXX XXXXX XX exerted. Hence, the first muscle will XXXXX force to move the body XXXX, XXX the XXXXXX XXXXXX contracts to return the body part XXXX to its XXXXX position.
XX example XX an XXXXXXXXXXXX muscle XXXX XX the bicep XXX tricep. For example, at the gym, when XXXXX a XXXXX XXXX, XXX XXXXX XXXXXXXXX to XXXXXXX XXX bicep curl movement, while the XXXXXX relaxes. When returning the XXX XX XXX XXXXXXXX position, the XXXXX relaxes while the tricep contracts to move XXX XXX back to XXX original XXXXXXXX.
XXXXXXXXX: XXX. (XXXX, June XX). XXXXXXXX system. XXXXXXXXX XXXX XXXXX://www.bbc.com/bitesize/XXXXXX/XXXXXXX/revision/X
Reference:
XXX. (2019, June 10). Muscular XXXXXX. Retrieved from https://www.XXX.XXX/XXXXXXXX/guides/zpkr82p/XXXXXXXX/4
XXXXXXXXX, M., XXXXX, A. L., Baratta, X., Shoji, H., & d'XXXXXXXX, X. (1986). XXX-XXXXX model of XXX elbows XXXXXXXXXXXX XXXXXX pair. XXX effect XX XXXXX XXXXXXXX, gravity and XXXXXXXXXXX.XXXXXXXX XXXXXXX XX XXXXXXXX XXXXXXXX,XX(5), 223-XXX.
XXXXXXXXXXX birth XXXXXXX pills
XXXXXXXXXXX XXXXX control XXXXX combine the XXXXXXXX estrogen and progesterone XX inhibit XXXXXXXXX, or XXX release XX an XXX during a female’s monthly XXXXX. XXXXX XXXXX XXX also XXXXX XXX cervical mucus XXX XXXXXXXXXXX XXXXX to prevent the egg XXX XXXXX from coming into contact. XXXX are XXXXXXXXXX XXXXXXXXX, given that XXX pregnancy rate XXXX directed XXX XX less XXXX X% XXXX year (XX% XXXXXXXXX XX XXXXXXXXXX XXXXXXXXX).
XXXXX XXXXXXX XXX onset XX breast tenderness, XXXXXXXXX, XXXXXX, bloating XXX XXXX blood pressure, as XXXX XX more serious XXXXXXXXXX such XX XXXXX XXXXX, XXXXX attacks, XXXXX XXXXXXXXX and XXXXXXXXXXX disease. In particular, XXXXX XXXXXXX pills XXX XXX suitable for individuals XXX XXX XXXXXXXXX XXXXXX-feeding, XXXXXXX, XXX XXXXXXXXXXX XXXX a history of high XXXXX pressure, XXXX vein thrombosis, pulmonary XXXXXXXXX, XXXXXX, heart XXXXXXX, liver disease, uterine XXXXXXXX or breast XXXXXX. However, XXXXX of serious side XXXXXXX are low.
Injectables, also known XX birth control shots, XXX XXXXXXXX drugs XXXX XX Depo-Provera which XXX taken XXXXX 12 weeks, XXXXXXXXX XXXXXXXXXXXX in XXX upper arm or XXXXXXX. Injectables such as XXXX-Provera (XXXXXXXXXXXXXXXXXXX acetate) work XX halting XXXXXXXXX, thickening XXX cervical XXXXX, XXX XXXXXXXX the XXXXXXX lining, which XXXX XX prevent XXXXXXXXX by impeding XXX movement of sperm or egg. When used correctly, it XX XXXXXX effective at over XX%. XXXXXXX, in real life, XXX XXXX XX about 94% XXXXXXXXX. Risks XXXXXXX bleeding, XXXXXXX to XXXXXXXXXX XXXXXXXXXXX, XXXXXXX XX menstrual periods, XXXXXX gain, headaches, weakness, XXXXXXXXXXXX and XXXXXXX to blood glucose XXXXXX.
XXXXXXX XXX sleeves made of latex which XXX typically XXXX in XXX female vagina or XXXX penis, XXXXX prevent sperm XXXX entering XXX XXXXXX XXX XXXXXX, which XXXXX to pregnancy. XXXXXXXXX to XXXXXXX XXXXXXXXXX, XX XXXX XXXXXXXXX, XXXX are XX% XXXXXXXXX, but XXX actually 85% XXXXXXXXX in XXXX XXXX. Risks XX XXXXXX XXX are XXXXXXX, XXXXXXXX XXXXXXXX use XXX XXXX XX XXXXXXXXX, and users XXXXXXXXXXXX report skin XXXXXX and XXXXXXXXX.
XXXXXXXXXXXX XXXXXXX (IUDs) are a XXXXXXXXX X-XXXXXX plastic piece which XXX inserted into a XXXXX’s uterus in order XX XXXXXXX the progress of XXX sperm toward XXX egg. XXX example, copper IUDs change XXX XXXXXX XX XXXXX XXXXXXXX by XXXXXXXXX sperms along XXXXXXX XXXXX, while XXXXXXX-XXXXXXXXX XXXX help XX XXXXXXX cervical mucus XXX disrupt XXXXXXXXX. IUDs are long-XXXXXXX, and XXX XXXX for XXXXX, but are XXX permanent. Risks include menstrual XXXXXXXX, perforation of XXX XXXXXX, XXX expulsion XX XXX IUD XXXX the vagina. XXXX are XXXXXX effective XXXX 99% XXXXXXXXXXXXX.
XXXXXXX, XXX XXX XXXXXXXXXX are XXXX effective XXXX XXXXXXX and XXXXX. Among IUDs, XXX hormonal XXX XX more XXXXXXXXX than XXX copper IUD.
References
XXXXXXXX XXXXXXX of Family Physicians. (XXXX, XXXX X). Depo-Provera: XX XXXXXXXXXX XXXXXXXXXXXXX. Retrieved XXXX XXXXX://XXXXXXXXXXXX.XXX/XXXX-provera-an-XXXXXXXXXX-contraceptive/
HealthLinkBC. (XXXX, November XX). XXXXXXXXXXXX XXXXXX (IUD) XXX Birth XXXXXXX. Retrieved from XXXXX://XXX.healthlinkbc.ca/XXXXXX-topics/XXXXXX
XXX. (XXXX, June 1). Your XXXXXXXXXXXXX guide: XXXXXXXX pill. XXXXXXXXX from XXXXX://www.XXX.XX/XXXXXXXXXX/XXXXXXXXXXXXX/combined-contraceptive-XXXX/
XXXXXXX XXXXXXXXXX. (2018, March XX). XXX XXXXXXXXX XX XXX birth XXXXXXX XXXX? Retrieved from XXXXX://XXX.plannedparenthood.org/XXXXX/XXXXX-XXXXXXX/birth-control-XXXX/how-XXXXXXXXX-is-the-XXXXX-control-sh...
The study XXXXXXXXX XXX XXXXXXX of sexually XXXXXXXXXXX diseases (XXXX) in XXXXXXXXX XXXX 13 to 19 XXXXX XXX XXXXXXXXX a XXXXXXXX transmitted XXXXXXX XXXXXX XXX a XXXXX-XXXX duration (XXXX to 2015) at a XXXXXXXX care XXXXXX. The XXXXX XXX contemporary XXXXXXXXX as increasing numbers of XXXXX people XXX XXXXXXXX XXXXXXXX XXXXXX in XXXXX adolescence, and XXXX increasingly vulnerable to STDs. The XXXXX XXXXX XXXXXXX XXX XXXXXXXXXX XX STIs among adolescents, XXX establishes a XXXX XXXXXXX high-XXXX sexual behavior and XXXX. XXX XXXXX XXXXXXXXX XXXX on 381 STI clinic XXXXXXXXX, XXXXXXXXXX XXX XXXXX and 181 females.
XXX XXXXX found that:
XXXX are XXXX XXXXXXXXXX found in patients XXXX 17 XX 19 years XXX (290 / XXX patients), likely XXX to an XXXXXXXX in sexual XXXXXXXX in XXXXXXXX.
XXXXX XXX more common XXXXXXXX XX XXX XXX XXXXXX, possibly due to XXXXXXXXXXXX XX XXXXXXX and lower XXXXXXXXX XX STI XXXXXXXXXX XXXXX women.
XXX most XXXXXX diseases XXXX vulvovaginal discharge (XXX) XXX XXXXX (XXXXXXXX by bacterial XXXXXXXXX and XX) XXX XXXXXXX XXXXXXX (followed XX genital XXXXXXXXX XXX HP) XXX XXX, and 65% XX XXXXXXXX admitted XX XXXXXXXX in XXXXXX XXXXXXXX.
HIV XXXXXXXXXX rates XXXX XX X.X% and syphilis XXXXXXXXXX rates were at X.XX%.
XXX study XXXXXXXXX XXXX XXXX XXX XXXXXXXXXXXX XXXXXX in XXXXXXXXXXX XXX youth XXX XX high-risk sexual XXXXXXXXXX, and XXXX XXX XXXXXXXXX is important to XXXXXXX XXXX trend.
XXXXXXXXXX
XXXXX, J. P., Solanki, X. D., Patel, N. X., Modi, K. X., & XXXXX, M. X. (2018). A retrospective study of XXX pattern of XXXXXXXX transmitted XXXXXXXX in XXXXXXXXX attending XXXXXXXX transmitted XXXXXXX XXXXXX during a 7-XXXX XXXXXX at a tertiary care XXXXXX.XXXXXX XXXXXXX XX XXXXXXXXXX XXXXXXXXXXX,19(3), XXX.
The general XXXXXX XXX XXXXXXXXXXXXXX, pressure, vibration, temperature, touch XXX pain. These senses XXX XXXXXXXX to XXXXXXX receptors, XXXXX are cells with specific functions that send XXXXXXX XX XXX XXXXXXX XXXXXXX XXXXXX XXXX XXXXXXXXXX by external stimuli. These senses are XXXXX XX general senses XX XXXX are XXXXXXXXX from receptors XXXXX XXX XXXXXX distributed through the body.
The general XXXXXX are defined as follows. XXXXXXXXXXXXXX XXXXXX to a sense XX XXXXXXX, XXXXX XXXXXX individuals to stay XXXXXXX. XXXXXXXX XXXXXX to the degree XX force perceived and XXXXXXX on XXX body. Temperature XXXXXX XX the XXXXXX or XXXXXXXXX XX heat present in the body. XXXXX refers to the XXXXXXX sensation XXXXXXXXX when coming in XXXXXXX with an external XXXXXX. Pain XXXXXX XX XXX unpleasant XXXXXXXX sensation XXXXXX XX injury or illness.
XXX XXXXXXX XXXXXX XXX olfaction (smell), XXXXXX (XXXXX), XXXXXXXXXXX (balance), XXXXXXX XXX gustation. These XXXXXX XXX regarded as XXXXXXX because there XXX specialized XXXXX XXXXXX, such as the XXXX XXX XXXXXXXXX, the eye for XXXXXX and XXX tongue for XXXXXXXXX, which control XXXXX XXXXXX. XXX example, the XXXXXX is covered with XXXXXXXXXX projections XXXXX as XXXXXXXXX papillae and XXXXXXXXXXXXX papillae that XXXXXXX XXXXX buds comprised XX XXXXXXXXX cells which XXXX in the detection of XXXXX. These gustatory cells then XXXXXX XXX XXXXXX of XXXXXXXXX, XXXXXXXXX, XXXXXXXX and bitterness XX us XXXXXXX the XXXXXXX nervous XXXXXX.
The parietal lobe in XXX brain (XXXXXXXX) XX responsible XXX XXXXXXXXXX the above XXXXXX, XXXX XX XXXXX, sound, XXXXX, XXXXX XXX XXXXX, XXX assembling a XXXXXXXX sensory image XXX XXX individual.
References
Rice XXXXXXXXXX. (XXXX, XXXXXX 9). Anatomy XXX Physiology: Sensory Perception. Retrieved XXXX XXXXX://XXXXXXXXXX.XX/XXXXXXXXXXXXXXXXXXXX/chapter/14-X-XXXXXXX-XXXXXXXXXX/
XXXXXXXXXX
XXXXX, X. (2014).Textbook of Anatomy XXXX, XXXX, and Brain(XXX. X). Elsevier Health XXXXXXXX.
XXXXXXXXXX XXXXXX should XXX XXXXXXX a XXX of text; XXX speaker notes XX provide XXX details XX your XXXXXXXXXXXX. XXX example, address XXX XXXX areas in the XXXXXXX XXXXX in your XXXXXXX’s notes XXX that slide XXX XXXXXXX XXXXXXX what XXXX area is and XXXX it XXXX.
Include a title XXXXX and a XXXXXXXXX XXXXX. In XXXXXXXX to XXXXXXXXX XXXXXXXXXX on a XXXXXXXXX slide, you need XX cite your XXXXXXXX in XXX slides as XXXXXXXXXXX; use APA format for your XXXXXXXXXX and XXXXXXXXX.
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