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GTCC Bio 163 Exam 4
Urinary, Reproduction, Acid Bases and Buffers
Question | Answer |
---|---|
Male Function | Produce Sperm and make sex hormones |
Male also store | Sperm |
The sperm need to be ejaculated into the | Female |
Female produce what | oocytes and make female sex hormones |
Females receive Sperm from | Male |
The female sustain what for the fetus | Development and nourishment |
Scrotum | Sac like structure located on the outside |
Scrotum contains | Testes |
Cremastor and Dartos Muscles help regulate the Testes in what ways | Temperature regulation can contract or release to keep testes slightly below Body Temperature |
Seminiferous Tubules are where | Testes |
Seminiferous Tubules are the site for | Sperm Production |
Testes make | Gonads |
A germ cell in the Testes will become | Sperm |
Interstitial cells will become | Testosterone |
Sertoli cells function | Nourish Developing Sperm |
Sertoli Cells can also be called | Nurse Cells |
Meiosis is in the process of what in the Male Reproductive | Spermatogenesis |
46 chromosomes are reduced to by what process | 23 by Meiosis |
Meiosis makes in the end | 4 unique Sperm |
Sperm Head contains | Acrosome-Enzymes Genetic Information |
Body | Mid-Piece contains Mitochondria |
Tail contains | Flagella - whiplike Swimming |
In the head of the Sperm they contain ____ to help fertilization | Enzymes |
Epididymis is where Sperm _____ | Matures and is stored |
If not ejaculated out then what happens to Sperm | It would be reabsorbed in the tail of the Epididymis |
Carries Sperm from Epididymis to Ejaculatory Duct | Vas Deferens |
Urethra | Carries Sperm from a duct to outside also carries Urine |
Penis | Organ of intercourse when erect |
What are the 3 glands that nourish and fuel the Sperm | Seminal Vesicle Prostate Gland Bulbourethral Gland |
Seminal Vesicle | Nutrient Alkaline Solution |
Prostate Gland Prostatic Solution | Nutrient |
Bulbourethral Gland | Lubricant Solution |
Semen | Sperm and Seminal Fluid ( Fluid from glands) |
Male Hormones | LH FSH TESTOSTERONE |
LH stimulates what | testosterone production |
FSH stimulates what | Spermatogenesis |
Testosterone stimulates what | Spermatogenesis and Secondary Sex characteristics |
Hormones are regulated by what two systems | Neg and Positive Feedback System |
Meiosis makes what kind of cells at the end | Haploid cells |
Start out as what kind of cell in the Meiosis process | Diploid Cell |
Haploid | 1 set of chromosomes |
Which Male Hormones are in the Anterior Pituitary | LH and FSH |
Which Hormone is from the Testes | Testosterone |
What are the Male Secondary Sex Characteristics | Increase.. Body hair enlarged sex organ voice drops skin thickens increase muscle growth Bone Strengthening Sperm Production |
When the Voice Drops what is changing in that process | Changes in the Vocal Cords and Larynx |
The Male Sex Behaivor has what three processes | Erection Emission Ejaculation |
When the penis fills with blood | Erection |
Movement of Semen into the Urethra | Emission |
Exit of Semen from body during orgasm | Ejaculation |
When the Female Reproduction System uses their chromosomes for the egg what is that process | Meiosis |
The process of making an egg a month is | Oogenesis |
Meiosis in the Female Reproductive System has what result | 1 unique oocyte produced not 4 like the male |
oocyte is considered | Female Gamete |
What are the accessory organs of the Female Reproductive System | Fallopian Tubes Fimbriae Uterus Cervix Vagina |
External Genitalia for the Female reproductive System | Labia Majora Labia Minora Clitoris Vestibule |
Fallopian Tubes are the site of | Fertilization |
Fertilization is | Sperm (23) and oocyte (23) equal one Zygote |
Zygote is | when you have both chromosomes from Male and Female Reproductive System |
Fimbriae | Fingers Sweep over the ovary and have to accept the released egg into the tube |
What structure is in the Fallopian Tubes that help the egg move along toward the Uterus | Cilia |
When pregnancy or implantation occurs outside of the Uterus | Ectopic Pregnancy |
Uterus is another name for what | Womb |
Where is the site of implantation and for fetal encouragement | Uterus |
What are the layers of the Uterus | Perimetrium Myometrium Endometrium |
Endometrium has how many layers | 2 |
Name the two layers in the Endometrium | Basal Layer Stratum Functionalis |
What layer is shed during menstruation | Stratum Functionalis |
The Endometrium is the what layer of the Uterus | Inner layer |
What is considered the neck of the Uterus | Cervix |
What is the lowest portion of the Uterus | Cervix |
Vagina is also called the | Birth Canal |
Vagina is the exit for the | Menstrual Flow |
What is the sexual intercourse organ | Vagina |
What is the External Genitalia for the Female Reproductive System | Vulva |
Thick fold with Hair on it describes | Labia Majora |
Thin fold with Sebaceous glands inside | Labia Minora |
Source of Sexual Stimulation for the Female Reproductive System | Clitoris |
Analogous to the Penis | Clitoris |
What tissue is the Clitoris | Erectile Tissue |
Vestibule | Space enclosed by labia minora Entry way |
Lubrication and Orgasm facilitates movement of semen _______ and _______ into the Female Duct | into and up |
What is the first step in the Follicle Maturation and Ovulation in Ovaries | Primary Follicles contain oocyte and begin producing Estrogen and Progesterone |
What is the 2nd step in the Follicle Maturation and Ovulation in Ovaries | Secondary Follicles contain oocyte and produce sex hormones Estrogen and some Progesterone |
What is the 3rd step in the Follicle Maturation and Ovulation in Ovaries | Graafian Follicle develops contain also Estrogen and Progesterone |
What is the 4th step in the Follicle Maturation and Ovulation in Ovaries | Ovulation occurs and the oocyte is released |
What is the 5th step in the Follicle Maturation and Ovulation in Ovaries | If no fertilization occurs the Corpus luteum degenerates into Corpus Albicans |
Corpus Luteum is in the | Ovary |
Corpus Luteum still produces | Estrogen and Progesterone |
Corpus Albicans form what | scar on the ovary |
The Corpus Albicans contains no what | Hormones |
Eggs women are born with and have all their life are called | Primordial Follicles |
Hormone in the Male that stimulates the release of Testosterone is | LH |
LH in Females stimulate what | Ovulation |
Where does the sperm go after the Vas Deferens | Ejaculatory Ducts |
Lubricating fluid in the Male | Bulbourethral gland |
Fluid that helps regulate the PH in Males | Prostate Gland |
What fluid help regulate the PH and give Nutrients in Males | Seminal Vesicle |
Sperm Mature and stores sperm until release | Epididymis |
Corpus Luteum degenerates into to form | Corpus Albicans |
What Hormones stimulate the follicles to begin to enlarge in Females | FSH |
Follicles in the women produce what hormone: | Estrogen |
Endometrium begins to thicken what hormones causes this: | Estrogen |
The release of _________ causes Ovulation | Leutinizing Hormone LH |
Oocytes released from Ovary | Ovulation |
Define Luteal Phase | Corpus Luteum continues secreting Estrogen and Progesterone |
Keep FSH and LH low , what hormone is this | Progesterone |
what forms and breaks down with no fertilized egg and no estrogen: | Corpus Albicans Endometrium breaks down |
Define Menses: | Flow of blood and tissue from Vagina |
During Menses do you have Progesterone | No Progesterone |
FSH increases what does this regulate | the cycle and for it to repeat |
Fertilized egg secretes what | Human Chronic Gonadotropins |
What does HCG maintain | The Corpus Luteum |
What hormone keeps the Endometrium thick | Estrogen |
What hormone keeps FSH and LH Low | Progesterone |
Cycle stops due to age is called what | Menopause |
chemical digestion | chemical enzymes to break down macro-molecules into building blocks |
Physical movement to break down food | Mechanical Digestion |
What is the Alimentary Canal | Mouth to Anus |
What is the inner layer of the Alimentary Canal | Mucosa Inner Layer ( Mucous Membranes) |
What layer is the Submucosa | Outside of Mucosa |
What does the Submucosa contain | Nerves , glands, blood and lymphatic vessels |
Where is the Muscularis layer of the Alimentary Canal | Outside of Submuscularis |
What does the Muscularis layer contain | Smooth Muscle |
What layer is the Serosa of the Alimentary Canal | Outer Layer |
What does the Serosa contain | Serous Membrane |
Cheeks contain muscles for mastication, what is this muscle | Masseter |
Contain Receptors for temp and texture ,what is this structure | Lips |
Moves food around and tastes food, What is this structure | Tongue |
tear and grind food, what is this structure | Teeth |
What are the three salivary glands | Parotid Sublingual Submandibular |
Function of Saliva | Moisten food and contains salivary amylase enzyme |
Salivary Amylase digests what | Carbs |
Anterior Roof of the mouth | Hard Palate |
Posterior Roof of the mouth | Soft Palate |
Soft Palate attaches to what | Uvula |
Uvula | Blocks Nasopharynx during swallowing |
Connects oral cavity to Esophagus is what structure | Pharynx |
What are the three Pharynx's | Nasopharynx Oropharynx Laryngopharynx |
Epiglottis covers ___________ during swallowing | Larynx |
What connects the pharynx to the stomach | Esophagus |
Smooth muscle contractions are called | Peristalsis |
What structure moves the bolus to the stomach | Esophagus |
What structures controls what enters and exits food to and from the stomach | Pyloric Sphincter and L.E.S. |
How does the stomach further digest food | churns bolus with secretions |
What are 4 Gastric Secretions | Mucus HCL Pepsinogen Intrinsic Factor |
Stretching of the stomach by a Bolus triggers ________________ Hormone that stimulates gastric secretions | Gastrin |
what secretion protects the stomach from itself | Mucus |
HCL is secreted by what kind of cells | Parietal |
This secretion mixes with Pepsinogen | HCL |
What secretion produces Pepsin and helps digest Proteins | Pepsinogen |
What absorbs Vitamin D in the Small Intestine | Intrinsic Factor |
What ions are absorbed in the Stomach | H20, Salts, Drugs and alcohol |
What are the three parts of the Small Intestine | DJI Duodenum Jejunum Ileum |
What part of the small intestine absorbs the most nutrients | Jejunum |
What part of the Small Intestine does the Gall Bladder , Pancreas and Liver dump their secretions into | Duodenum |
Stretching of the Duodenum triggers __________________ | Secretions Peptidases, Lipase, Sucrase, Maltase, and Lactase |
What does Peptidase helps digest | Peptides |
This Enzyme digests Lipids | Lipase |
This Enzyme digests Sucrose | Sucrase |
This Enzyme digests Maltose | Maltase |
This Enzyme digests Lactose | Lactase |
Chyme is moved along the Small Intestine how | Peristalsis |
In the small Intestine what feature aides in Reabsorption | Surface areas increases by the presence of Villi Microvilli Long Length Circular Fold |
Features used for absorption are | Villi Microvilli Long Length Circular Folds |
What kind of ions enter Capillaries | Monosaccharides, amino acids, and small lipids |
What kind of Ions enter Lacteals | Large Lipids enter |
Mesentery that hold the Small and Large Intestine contain | Blood and Lymph Vessels that transport nutrients away from small intestine |
Liver produces what | Bile |
Where is the Bile Stored | Gall Bladder |
Bile is composed of | Bile Pigments, electrolytes, and cholesterol |
What does Bile help to break down | Emulsifies Lipids |
Where is the Bile released | Duodenum |
Bile responds to what hormone | CCK |
Liver has what five functions | Bile Secretion Carb, Protein, and Lipid Metabolism Detoxification of toxins Storage of Iron Blood Filtering |
Pancreas releases it's juice into where | Duodenum |
What does the pancreas help to digest | Proteins and Carbs |
What enzymes does Pancreas Secrete | Pancreatic Amylase Trypsin Chymotrypsin Carboxypeptidase |
Which enzymes digest Carbs | Amylase |
Which enzymes digest Proteins | Trypsin, Chymotrypsin, and Carboxypeptidase |
Lipase digest what in the body | Lipids |
Nucleases digest what in the body | Nucleic acids |
What is Bicarbonates role in Digestion | Lower P.H. Neutralize Acid |
Bicarbonate is released at what time during digestion | Chyme exiting the stomach |
Which Enzymes trigger Pancreatic Secretion | CCK and Secretin |
What leads from the Small Intestine into the Large Intestine | Ileocecal Sphincter |
Ileocecal Sphincter has what function | regulates movement of Chyme into Cecum |
Cecum | 1st part of the Large Intestine |
Attached to the Cecum is what organ | Appendix |
What are the parts of the Colon | Ascending Transverse Descending Sigmoid |
Large Intestine has what function | water and salt absorption, mucous production of Microorganismal activity |
Feces contains | water and salt and any other undigested material mucus and microoragnisms |
Where is Feces stored | Rectum |
What stretches and indicates urgency | Rectum |
Defication Reflex | Overriden until time and place convenient |
Voluntary Impulses that release Feces out of where | Anus |
Mass Movement | Occur in the Large Intestine and occurs after a meal. It moves more content toward the Rectum |
Chemicals ingested that provide energy and building blocks | Nutrients |
Needed in large amounts daily | Carb, Protein, and Fat |
How many cal of Carb do we need | 4 cal/g |
Carbs can be described as what kind of energy | Fast Energy |
Example of Carb is | Sugar and Starch |
How many cal of Protein do we need | 4 cal/g |
An example of Proteins are | Meats , Beans, Hormones, and enzymes |
How many cal of Fat do we need | 9 cal/g |
What is an example of Fats | Meats, nuts, used for energy and Hormones |
Micro-nutrients | Needed in small amounts daily |
Vitamins can be either | Fat soluble or Water Soluble |
Example of Fat Soluble Vitamin | K |
Example of Water Soluble Vitamin | B |
Vitamins act as a | Coenzyme |
What are the two types of Minerals | Major and Minor |
Minor can also be called | Trace Elements |
Malnutrition can deal with 4 factors | Hunger poor food choices obesity eating disorders |
Urinary System had what functions | Remove toxins( Blood Wastes) Form , Store, and expel Urine Maintain Blood Homeostasis |
Kidneys | Paired Organ located retroperitoneal (Behind) |
Forms Urine | Kidneys |
Renal Artery and Vein | Supplies and drains blood to and from Kidneys |
Renal Cortex | Outer layer |
Renal Medulla | Inner Layer |
Renal Pelvis | Carries Urine to Ureter |
What is the functional unit of the Kidney | Nephron |
Blood arrives to the Nephron by the | Afferent Arteriole |
Afferent Arteriole can also change what to regulate volume and pressure | Diameter |
Efferent Arteriole | carries blood away from the Nephron |
Efferent Arteriole leads to what | Peritubular Capillary |
Peritubular Capillary | Surrounds the whole Nephron |
What happens in the Bownman's Capsule and Glomerulus | Water and Salt and wastes/ Nutrients are filtered here |
What is the first part of the Nephron called | Proximal Convoluted Tubule |
What happens in the P.C.T | Reabsorbs Nutrients , Salts and Water into the blood |
After the P.C.T then it leads where | Descending loop of Henlee |
What is happening in the Descending loop of Henlee | Reabsorption of Water in the blood |
After the descending loop what is the next section | Ascending Loop of Henlee |
What is happening in the ascending loop of Henlee | Reabsorbs Salt back into the Blood |
After it goes through the Ascending Loop then what is the next section | Distal Convoluted Tubule |
What is happening in the D.C.T. | Secretion of drugs , ammonia, K+ and H+ into Nephron |
The D.C.T. determines what | Blood P.H. |
After it passes through the D.C.T. then what is the next section | Collection Duct |
What is happening in the Collection Duct | The Water and Salts and Wastes exit as Urine |
Urine is composed of | Water Electrolytes Nitrogenous Wastes Ammonia Uric Acid Urea |
How is the Nephron regulated | Hormones Specific Gravity |
What Hormones regulate Urine Production and Composition | ADH Aldosterone |
ADH is found where | Posterior Pituitary |
ADH Functions how | Water re absorption in Kidneys |
Aldosterone functions how | Reabsorbs Salt and Secretes Potassium |
Specific Gravity allows us to see what | Level of water we have |
What affects the Filtrate rate and pressure by secreting Renin | Juxtaglomerulus Apparatus |
Renin | Enzyme from Kidneys Causes Vasoconstriction |
Shifing Levels in Pressure can affects what function | Kidney function |
Substance that enters the Nephron is called | Filtrate |
Build up of Uric Acid Calcium and Phosphate that can cause blockages | Kidney Stones |
_______ moves Urine to the Bladder | Peristalsis |
Urinary Bladder | Stores Urine |
What kind of muscle is on the outside | Detrusor Muscle |
What kind of muscle is the detrusor muscle | Smooth muscle in the bladder wall |
Carries Urine to the outside | Urethra |
Urination reflex | Micturition |
How does the Urination reflex work | Bladder stretches with Urine signals of urgency are sent to the brain Reflex is overriden until time and place is convienant. |
What kind of impulses release Urine | Voluntary |
63 Percent of fluid is in what compartment | Intercellular fluid |
37 percent is found in what compartment | Extracellular fluid |
What are the 4 sub-compartments that are in the Extracellular fluid | Interstitial fluid Plasma Lymph Transcellular Fluid |
Why is Water balance important | because of Osmosis |
How do we have Water Input | Beverages Food Metabolism |
Water Output is caused by what factors | Sweat Urine Exhaled air Feces |
Water regulation Input is felt by what kind of receptors | Osmoreceptors |
Osmoreceptors is responsible for | Thirst Mechanism |
Output is controlled by what Hormone | ADH |
Molecules that release ions Positive or Negative in Water is called what mechanism | Electrolyte Balance |
If Potassium is too high in the blood what is stimulated | Aldosterone stimulated from adrenal glands |
Aldosterone is secreted from the ____________ | Adrenal Glands |
Excess Postassium is then secreted into ________ | Urine in the DCT |
What part of the Nephron loop secretes K into the Urine | Distal Convoluted Tubule |
Once Potassium is secreted then it does what to the levels in the blood | Decreases |
Acids | Electrolytes that release Hydrogen into Water |
Bases | Electrolytes that release OH- into Water |
What are sources of Hydrogen in the Body | Anaerobic Respiration( Fermentation) Aerobic Respiration |
Anaerobic Respiration gives off | Lactic Acid and requires less energy |
Aerobic Respiration gives off what | Carbonic Acid |
Breakdown of Lipids | Acidic Ketones |
Breakdown of Sulfur containing Proteins | Sulfuric Acid |
Breakdown of Phosphate containing proteins | Phosphoric Acid |
Normal PH of Blood is | 7.4 |
Alkalosis | Above 7.4 |
Acidosis | Below 7.4 |
Acids gain____and lose______ | Acids and Bases |
Alkalosis gain ______ and lose ______ | Bases and Acids |
This works best at an optimal temperature | Enzymes |
Chemicals that help maintain certain PH | Buffers |
Buildup of Acids C02/ Carbonic Acid decrease in rate and depth of breathing: What disorder is this | Respiratory Acidosis |
What happens during Respiratory Acidosis | Chemoreceptors increase to stimulate Medulla Oblongata to increase rate and depth of breathing Blockage of Air passage/ constriction which decreases gas exchange |
Lose of C02/ Carbonic Acid/ due to: Anxiety/ Hyperventilation/ High Altitude | Respiratory Alkalosis |
Builup of Acid can be seen in what diseases | Ketones and Diabetes Mellitus, Kidney Failure, Metabollic Acidosis |
Gastric Drainage/ Vomiting with loss of gastric secretion/ prolonged vomitting and diarrhea with a lose of intestinal secretions : Loses______ | Bases |
Metabollic Alkalosis | Loss of Acids Gain of Bases |
Over-Ingestion of Antacids causes a gain of what and what disease | Bases and Respiratory Alkalosis |
What are the line of defenses in the Acid -Base Buffer Systems | Chemical Buffer System-1st line of defense Respiratory-2nd line Urinary -2nd line |
Chemical Buffers in the body include | Bicarbonate System Phosphate Protein |
Respiratory System helps buffer by regulating our | Rate and depth of breathing is adjusted to regulate C02 Levels |
Urinary System help buffer | Hydrogen secretion or bicarb reasborption in Kidneys |