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Tuesday, February 24, 2009

FUNCTIONS OF THE LIVER, GALLBLADDER, AND PANCREAS-LESSON 58


There are three additional organs take part in digestion of the food are the liver, the gallbladder, and the pancreas.
FUNCTION OF THE LIVER:
The liver is located in the right upper quadrant or RUQ of the abdomen. The liver creates an yellowish-brown colored or greenish, thick fluid named bile. Bile contains a fatty substance i.e. cholesterol, bile acids, and many bile pigments. The pigment named bilirubin is manufactured from the breakdown of hemoglobin in the liver. Bile combines with bilirubin in the liver and then passes into the duodenum. This material is also excreted out from the body with feces.

The bile is manufacturing continuously in the liver travels down to the gallbladder via hepatic duct and cystic duct. Gallbladder is a pear-shaped sac like structure, which is under the liver. Gallbladder collects the bile and stored inside. The bile gets concentrated in the gallbladder. The bile forced to out to the duodenum via common bile duct and pancreatic duct. The duodenum or the first part of the small intestine receives a mixture of bile and pancreatic juice.

Emulsification is an effect of bile on fats in the duodenum, by which bile breaks large fat globules and then the enzymes from the pancreas can digest the fats. So fat digestion is the important function of the bile. Without bile fat materials from the food will remain undigested. The liver apart from producing bile, which also participates many important functions in human body.

The liver maintains the amount of blood sugars also called glucose normal in the body by removing excess of sugars from the bloodstream and stores it in the form of starch (glycogen) in the liver cells. In the situation of very low blood sugars in the blood, which is a danger condition to the body, the glycogens or the starch are converted again to the glucose by the liver. This process is called glycogenesis.

Another important function of the liver is also to convert fats and proteins in the body into glucose and uses it when the body needs it. This process is called gluconeogenesis.
The liver also produces the important blood proteins essential for blood clotting. Bilirubin is produced by the liver destruction of old erythrocytes. The liver also removes the poison materials from the blood through a process called detoxification.

The another important function of the liver is formation of urea. The liver receives amino acids from the blood and it removes ammonia and which is converted into urea, and removed by kidney and excreted out with urine.

The liver helps in the digestion of fats via bile.

The liver also helps in controlling body temperature. It stores hematrin necessary for the formation of RBCs. It forms RBC in the fetal life. It is a storehouse for many chemicals enzymes, and substances life vitamins etc.

Hepatic Portal System:

The blood vessels that bring to the liver from the intestines. This system of blood vessels is called hepatic portal system.

Digested foods pass into the portal vein directly after being absorbed into the bloodstream from the small intestine, thus giving the liver first chance at using the nutrients.

Functions of the pancreas:

The pancreas is an gland, which works both as an endocrine and also as an exocrine organ. As an exocrine, the pancreas produces pancreatic juices filled with enzymes called amylase and lipase to digest the food. These pass into the duodenum through the pancreatic duct.

As an endocrine gland, the pancreas secretes insulin into the bloodstream. Insulin is a hormone essential to help release sugar from the blood, which acts as a carrier to bring glucose into cells of the body to be used for energy.
In the next lesson we will see about GI system more..ok
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GASTROINTESTINAL SYSTEM ANATOMY AND FUNCTIONS-LESSON 57

The food enters into the mouth after crossing the oral cavity first comes across the organs one by one:
1. pharynx,
2. esophagus
3. stomach
4. duodenum
5. jejunum
6. ileum
7. cecum
8. ascending colon
9. transverse colon
10. descending colon
11. sigmoid colon
12. rectum
13. anus

The another three organs related to this tract are liver, gallbladder, and pancreas.

We will see about each organ and its functions one be one.

PHARYNX:

This is of about 5-inch long, lined with mucus, and a muscular tube. The air from the nasal cavity to the trachea or windpipe and the food from the mouth to the esophagus are passing towards pharynx.

When we swallow food i.e. deglutition occurs, the epiglottis, a tissue flap covers the windpipe or trachea. This prevents the food cannot enter and stay inside windpipe.

ESOPHAGUS:
Eso- means inward, phag/o means swallowing. Esophagus is tube of about 10-inch extending from the pharynx to the stomach. The food after enters from the pharynx to the esophagus propels it toward the stomach through a rhythmic contractions of the esophageal muscle called peristalsis, which means constriction. Peri- means surrounding –stalsis means constriction. The food propelled to the stomach next to the esophagus by a muscle contraction happens rhythmically. In this stage food becomes the bolus or semisolid mass.

STOMACH:

Esophagus propels the food to the stomach. The stomach is composed of fundus, the upper portion of the stomach, and the body or the middle portion, and the pylorus or the lower portion. Sphincters are the muscle rings in the stomach those control the opening into and from the stomach.

There are two rings named cardiac sphincter and pyloric sphincter. The cardiac sphincter relaxes and then contracts so the food moves from the esophagus to the stomach, the pyloric sphincter allows the food to enter the stomach after some digestion there. Rugae are the folds lining the stomach in the mucus membrane or mucosa. These rugae contain glands that produce enzymes important for digestion called hydrochloric acid.

The food after enters into the stomach prepared for further digestion and absorption into the bloodstream mechanically and chemically. This will happen after about 1 to 4 hours depending upon the amount of food eaten and the type of food eaten.

SMALL INTESTINE OR SMALL BOWEL:

Now the food is ready to enter the first part of the small intestine. The food travels about 20 feet from the pylorus to the first part of the small intestine, called duodenum. Small intestine has three parts. Now the food enters first to the duodenum for the pylorus sphincter. Duodenum is of about 1 foot in length. At this time bile from the liver and gallbladder and pancreatic juice from the pancreas also enter into the stomach along with partially digested food. Before passes to the second part of the small intestine, the food gets more digested by the bile and the enzymes from the liver and gallbladder and pancreas inside the first part of the small intestine.

The food then passes into the second part of the small intestine, called jejunum. This is of about 8 feet long. Villi are the microscopic projections lining the walls of the small intestine. These are of millions in number and are tiny in structure. Villi have capillaries of microscopic blood vessels, they absorb the digested nutrients into the bloodstream and lymph vessels.

The undigested food then passes into the third part of the small intestine, called ileum. This is of about 11 feet long. Ileum attaches to the first part of the large intestine or colon.

LARGE INTESTINE OR LARGE BOWEL:

From the ileum to the anus large intestine extends. Large intestine divided into four parts, such as cecum, colon, sigmoid colon, and rectum. A pouch on the right side that attaches to the ileum by the ileocecal valve, called cecum. The appendix hangs from the cecum. The appendix has no clear function in the body. It will be a problem only when it get infected or inflamed.

Large intestine is of 5 feet long, which has three divisions, they are ascending colon, transverse colon, and descending colon. The ascending colon extends from the cecum to the under surface of the liver, where it turns to the left to become transverse colon, this area is of a hepatic flexure as there the liver is near to it. The transverse colon passages horizontally to the left towards the spleen, and turns downward into the descending colon. At the distal end of the descending colon there in S-shaped (sigma) named sigmoid colon. The descending colon extends to the rectum. The rectum opens out into anus, the undigested waste material collected in the large intestine excreted out form the body.

The undigested food is stored until it is excreted out. This absorbs most of the water within it. These solid waste materials are called feces or stools.

In the next lesson we will learn about FUNCTIONS OF THE LIVER, GALLBLADDER, AND PANCREAS..ok
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ORAL CAVITY-ANATOMY AND PHYSIOLOGY-LESSON 56

ORAL CAVITY:  Anatomy and physiology of GI tract starts from mouth. Mouth is also called oral cavity. Oral cavity consists of
1. Lips
2. Teeth
3. Tongue
4. Hard palate
5. Soft palate
6. Cheeks
7. Uvula
8. Tonsils
9. Gums

CHEEKS AND LIPS:  The cheeks form the walls of the oval-shaped oral cavity, and the lips surround the opening to the cavity.

HARD PALATE:  The hard palate forms the anterior portion of the roof of the mouth. Rugae are irregular ridges in the mucous membrane covering the anterior portion of the hard palate.

SOFT PALATE:  The soft palate is posterior to the hard palate, which is muscular in structure. Uvula is a small and soft tissue hanging from the soft palate. Uvula means little grape. Uvula is helping in producing sounds and speech.

TONGUE:  In the oral cavity tongue extends across the floor of the oral cavity. It attaches in the mouth by muscles to the lower jaw. Tongue moves food around when chewing and swallowing. Chewing action is called mastication, and swallowing action is called deglutition. There are numerous small areas raised on the tongue. They are called papillae, these contain taste buds. Taste buds are sensitive to the chemical materials of food. These buds differentiate various tastes of food as they move across the mouth on the tongue.

TONSILS:

The part of the throat near the mouth called oropharynx has mucous membranes. These mucous membranes have depressions on it, and they contain masses of lymphatic tissue called tonsils. These tonsils produces cells called lymphocytes, which protects our body from the invasion of micro-organisms. These lymphocytes are white blood cells. These cells have the ability to fight against diseases.

GUMS:  These are fleshy tissues inside the oral cavity. These tissues surround the teeth sockets. These tissues are called gums.

TEETH:  Teeth are the important part in the oral cavity. Teeth are of many types. By drawing a median line we can divide upper and lower teeth into four arches. Each arch contains eight teeth. Normal adult whether male or female has 32 permanent teeth.

Teeth are of eight types based on their anatomy structure, such as
1. central incisor
2. lateral incisor
3. cuspid or canine
4. first premolar
5. second premolar
6. first molar
7. second molar
8. third molar or wisdom teeth.

The central incisor, the lateral incisor, and the cuspid or canine are nearest teeth to the lips (labi/o means lip). The first premolar, the second premolar, and the first molar are adjacent to cheek surfaces or buccal surfaces (bucc/o means cheek).

The buccal surfaces and lips form the facial surface (faci/o), tongue surface (lingu/o) is against the facial surface and mesial surface and distal surfaces are near and farthest areas to the medial surface. There is also an surface called occlusal surface (occlus/o means to close).

TEETH ANATOMY:  Each teeth consists above the gum a surface called crown and root below the gum within the bony socket of each tooth. Enamel is a layer protects each tooth, this is the outermost layer of the crown, which is hard and dense white substance. This is the hardest substance in the body. Another yellow color substance beneath the enamel extending throughout the crown named dentin. This is composed of bony tissue softer than enamel. This dentin is covered and protected by cementum. Cementum is surrounded by a membrane called periodontal membrane, which holds the tooth in place within the teeth socket. Underneath the dentin is a soft and delicate tissue fills the center of the tooth called pulp. The blood vessels, ending of the nerves, lymph vessels, connective tissues are within this pulp. This canal like structure is called root canal.

SALIVARY GLANDS:  There are three pairs of salivary glands in the oral cavity. Saliva is produced by these glands. Saliva contains enzymes important for digestion of the food. On each side of the mouth three types of salivary glands called parotid, submandibular gland, and sublingual gland. These glands have narrow ducts that carry the saliva into the oral cavity. These salivary glands are exocrine glands as they have ducts.

In the next lesson, we will learn about GASTROINTESTINAL SYSTEM ANATOMY AND FUNCTION..Okay
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GASTROINTESTINAL SYSTEM - AN INTRODUCTION -LESSON 55

DIGESTIVE SYSTEM:  INTRODUCTION TO THE DIGESTIVE SYSTEM: Digestive system is also called gastrointestinal system or alimentary canal. Digestive tract starts from the mouth and ends at the anus. Food enters into the body through the mouth and then enters into the intestines, after the food material absorbed, and the waste material excreted out from the anus.

Travel track of food materials:

Food travel starts first from mouth to pharynx to esophagus to stomach to duodenum where gallbladder, liver, and pancreas take part in the travel of the food then to jejunum to ileum to cecum to ascending colon to transverse colon to descending colon to sigmoid colon to rectum to anus.

What happens to the food as travels when enters into the GI (gastrointestinal tract)?

The food enters the body as a complex food material, we chewed the food, the saliva mixed with the food. The complex food material broken down into simpler material. The food material chemically and mechanically broken down. These processes happen as the food travels from the mouth to the intestines.

The complex food materials broken into simpler amino acids. The complex glucose or sugar material in the food broken into simpler sugars, and also the large triglycerides made up of fat molecules are broken down into glycerol and simpler fatty acids. This process is called catabolism.

The food now digested and the digested food must be absorbed in the bloodstream in this stage. This process is happened when the food in the small intestine absorbed by the walls of it.

These energy particles in the food such as catabolized nutrients in the blood such as amino acids, glucose, triglycerides, and glycerol and burnt in the presence of oxygen and energy stored in the food is released.

Body cells in this stage use the simple amino acids to build again large proteins. This process is called anabolism. These large proteins take important place in growth and development of the body. The rest of the fatty acids and glycerol absorbed by the small intestine entered now into the lymphatic vessels, not into the bloodstream. Lymph vessels and blood vessels join together in the chest area of the body and the fat materials digested enter into the blood.

The solid waste materials in this stage eliminated from the body as these materials cannot be absorbed by the blood. These materials now entering into the large intestine. This solid waste is called feces. The feces is then excreted out from the body through the anus, a small opening.

In the next lesson we will see about ANATOMY AND PHYSIOLOGY OF THE GASTROINTESTINAL SYSTEM..okay


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Often Used Medical Terms

ACHONDROPLASIA: It is an inherited disorder in which the bones of the arms and legs fail to grow to normal size owing to a defect in both cartilage and bone. It results in a type of dwarfism characterized by short limbs, a normal-sized head and body, and normal intelligence.

LAPAROSCOPY:  Laparoscopy or peritoneoscopy is a virtual examination of the peritoneal cavity (abdomen) with the use of a laparoscope. The laparoscope is inserted through an incision in the abdomen near the navel, and gas is infused into the peritoneal cavity. This procedure is used to examine the organs in the abdomen for evidence of disease or to perform surgical procedures such as biopsies and tying off of the uterine (fallopian) tubes.

ARTERIOLE:  The relationship between an artery, arterioles, capillaries (tiniest of blood vessels), a venule.

ADENOIDS:  The adenoids-aden/o means gland –oid means like, these resembling like glands, but they are not exocrine or endocrine glands, but these are lymphatic tissues in the part of the throat near the nose and nasal passages. Enlargement of this tissue may cause blockage of the airway from the nose to the throat, and adenoidectomy may be advised.

In the next lesson we will see about GASTROINTESTINAL SYSTEM..okay..
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Thursday, February 19, 2009

Symbiosis - Lesson 53

Symbiosis refers to the living together in close association of two organisms, either for mutual benefit or not. The bacteria that normally live in the digestive tract of humans are an example of symbiosis. Parasitism is an example of symbiosis in which, one organism benefits and the other does not.

The definition of symbiosis is in flux, and the term has been applied to a wide range of biological interactions. The symbiotic relationship may be categorized as being mutualistic, parasitic, or commensal in nature.

Others define it more narrowly, as only those relationships from which both organisms benefit, in which case it would be synonymous with mutualism.

Symbiotic relationships included those associations in which one organisms lives on another (ectosymbiosis, such as mistletoe), or where one partner lives inside the other (endosymbiosis, such as lactobacilli and other bacteria in humans or zooxanthelles in corals).

Symbiotic relationships may be either obligate, i.e., necessary to the survival of at least one of the organisms involved, or facultative, where the relationship is beneficial but not essential to survival of the organisms.

In psychiatry, symbiosis is a relationship between two process who are emotionally dependant on each other.
In the next post we will know about SYNDROME..OK
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Tuesday, February 17, 2009

Splenomegaly - Lesson 52

WHAT IS SPLENOMEGALY MEANS?  The spleen is an organ in the left upper quadrant of the abdomen (below the diaphragm and to the side of the stomach). It is composed of lymph tissue and blood vessels. Its job is to dispose of dying red blood cells and manufacture white blood cells (lymphocytes) to fight disease. If the spleen must be removed (splenectomy) other organs carry out these functions.

Splenomegaly is an enlargement of the spleen, which usually occurs in the left upper quadrant (LUQ) of the human abdomen. The four most reasons for this condition are hypersplenism, and cytopenia(s), normal or hyperplastic bone marrow, and also may be the response to a splenectomy.

Splenomegaly is generally associated with hemolytic anemias, which suggests that it is a response to hyperfunction. Splenomegaly is associated with any disease process that involves abnormal red blood cells being destroyed in the spleen.

Other common causes include congestion due to portal hypertension and infiltration by leukemias and lymphomas. Thus, the finding of an enlarged spleen; along with caput medusa; is an important sign of portal hypertension.

SYMPTOMS OF SPLENOMEGALY:

Symptoms of splenomegaly may include abdominal pain, early satiety due to splenic encroachment, or the symptoms of anemia due to associating cytopenia.

Signs of splenomegaly may include a palpable left upper quadrant abdominal mass or splenic rub. Splenomegaly can be detected on physical examination by using Castell's sign or Traube's space, but an ultrasound can be used to confirm diagnosis.

TREATMENT FOR SPLENECTOMY:

If the splenomegaly is due to the hypersplenism, a splenectomy is recommended to rectify the problem. After splenectomy, probably, the patients are prone to infectious diseases. So after splenectomy, patients should be vaccinated against Haemophilus influenzae and Streptococcus pneumoniae. They should receive annual influenza vaccinations. Long-term prophylactic antibiotics should be given.
In the next post, we will learn about SYMBIOSIS...Ok
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Monday, February 16, 2009

Symphysis - Lesson 51

What is symphysis meant? A form of cartilaginous joint in which union between two bones is effected by fibrocartilage without a synovial membrane. A union, meeting point, or commissure of two structures. A growing together of bones originally separate, as of the two pubic bones. A line or junction thus formed. A pathological adhesion or growing together.

A symphysis is a fibrocartilaginous fusion between two bones. It is a type of cartilaginous joint. Unlike synchondroses, symphyses are permanent.

The important types of symphyses are:

1. Pubic symphysis. The pubic symphysis is the midline cartilaginous joint (secondary cartilaginous) uniting the superior rami of the left and right pubic bones. It is located anterior to the urinary bladder and superior to the external genitalia; for females it is above the vulva and for males it is above the penis. In males, the suspensory ligament of the penis attaches to the pubic symphysis. In females, the pubic symphysis is intimately close to the clitoris and is slightly movable for the birth of children.

2. The symphyses between the bones of the skull, most notably the mandible (symphysis menti) sacrococcygeal symphysis.
3. Ischiatic symphysis-the line of fusion between the bodies of the ischia.
4. Mandibular symphysis-the joint between the two halves of the mandible which allows each half to rotate, as in the jaws of the dog, cat, ruminants and many other species, is a cartilaginous symphysis. In the jaws of horses and pigs the mandibles are fused together.
5. Pelvic symphysis-the combined pubic and ischiatic symphyses, a cartilaginous symphysis..

In the next posting we will learn about Splenomegaly..ok

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Saturday, February 14, 2009

Transurethral Resection of Prostate TURP) - Lesson 50

A transurethral resection of the prostate gland (TURP) is a removal of portion of the prostate, gland by means of an instrument that is passed through (trans-) the urethra. The procedure is necessary when the prostatic tissue enlarges (hypertrophics) and interferes with urination.

This is a urological operation. It is used to treat benign prostatic hyperplasia abbreviated as BPH.

As the name indicates, it is performed by visualising the prostate gland through the urethra and removing tissue by electrocautery or sharp dissection.

This is considered as the most effective treatment for benign prostatic hyperplasia. This procedure is done with spinal or general anesthetic.

A large triple lumen catheter is inserted through the urethra to irrigate and drain the bladder after the surgical procedure is complete. Outcome is considered excellent for 80-90% of BPH patients.

Risks of BPH surgey:

BPH surgery is associated with bleeding risks, so TURP is not considered safe for many patients with cardiac problems.Postoperative complications include bleeding (most common), clotting, and hyponatremia (due to bladder irrigation). As well as, transurethral resection of the prostate is associated with low, but important morbidity and mortality.

In the next posting we will learn about SYMPHYSIS...ok

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Friday, February 13, 2009

Ultrasonography - Lesson 49

Diagnostic ultrasonography is an ultrasound-based diagnostic imaging technique used to visualize subcutaneous body structures such as muscles, joints, blood vessles, tendons, and internal organs using ultrasound waves that is inaudible sound waves to produce an image or photogrpah of an organ or a tissue for possible pathology or lesions.

In physics the term "ultrasound" applies to all acoustic energy with a frequency above human hearing (20,000 hertz or 20 kilohertz).

Typical diagnostic sonographic scanners operate in the frequency range of 2 to 18 megahertz, hundreds of times greater than the limit of human hearing. The choice of frequency is a trade-off between spatial resolution of the image and imaging depth: lower frequencies produce less resolution but image deeper into the body.

Obstetric sonography is commonly used during pregnancy and is widely recognized by the public. There are a plethora of diagnostic and therapeutic applications practiced in medicine.

Sonography (ultrasonography) is widely used in medicine. It is possible to perform both diagnosis and therapeutic procedures, using ultrasound to guide interventional procedures (for instance biopsies or drainage of fluid collections).

Sonographers are medical professionals who perform scans for diagnostic purposes. Sonographers typically use a hand-held probe (called a transducer) that is placed directly on and moved over the patient. A water-based gel is used to couple the ultrasound between the transducer and patient.

Sonography is effective for imaging soft tissues of the body. Superficial structures such as muscles, tendons, testes, breast and the neonatal brain are imaged at a higher frequency (7-18 MHz), which provides better axial and lateral resolution.

Deeper structures such as liver and kidney are imaged at a lower frequency 1-6 MHz with lower axial and lateral resolution but greater penetration.

In the next we will see about transurethral resection of the prostate gland (TURP) ..ok
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Medical Transcription Exercises

F. COMPLETE THE MEDICAL TERM FROM ITS MEANING GIVEN BELOW:

1. white blood cell: ____________________ cyte.
2. inflammation of the stomach: gastr ____________________.
3. pertaining to produced by treatment: ____________________genic.
4. study of kidneys: ____________________cyte.
5. mass of blood: ____________________oma.
6. viewing of living tissue: bi____________________.
7. red blood cell: ____________________cyte.
8. pain of nerves: neur____________________.
9. process of viewing: endo____________________.
10. inflammation of the small intestine: ____________________itis.

G. MATCH THE ENGLISH TERM IN COLUMN I WITH ITS COMBINING FORM IN COLUMN II


1. kidney ____________________ psych/o
2. disease ____________________ ophthalm/o
3. eye ____________________ oste/o
4. to cut ____________________ radi/o
5. nose ____________________ path/o
6. flesh ____________________ ren/o
7. mind ____________________ radi/o
8. urinary tract ____________________ onc/o
9. bone ____________________ sarc/o
10. x-rays ____________________ thromb/o
11. clotting ____________________ ur/o
12. tumor ____________________ sect/o

H. GIVE THE MEANING OF THE ENTIRE TERM COMBINING FORM AND UNDERLINE THE SUFFIX

1. opthalmoscopy ____________________.
2. ophthalmoscope ____________________.
3. oncology ____________________.
4. osteitis ____________________.
5. psychosis ____________________.
6. thrombocyte ____________________.
7. renal ____________________.
8. nephrectomy ____________________.
9. osteotomy ____________________.
10. resection ____________________.
11. carcinogenic ____________________.
12. sarcoma ____________________.

I. MATCH THE FOLLOWING

1. –algia ____________________ abnormal condition
2. –ion ____________________ record
3. –emia ____________________ pertaining to produced by or produced in
4. –gram ____________________ instrument to visually examine
5. –scope ____________________ pain
6. –osis ____________________ blood condition
7. –ectomy ____________________ removal, excision, resection
8. –genic ____________________ process
9. –pathy ____________________ inflammation
10. –tomy ____________________ cell
11. –itis ____________________ disease condition
12. –cyte ____________________ incision, process of cutting into

J. SELECT THE CORRECT WORD FROM HERE TO FILL THE BLANKS:

hepatoma
iatrogenic
exocrine glands
endocrine glands
neuralgia
carcinogenic
hematoma
leukemia
cystitis
enteropathy
arthralgias
leukocytosis


1. Cigarette smoking is an instance of (a) ____________________ substance.

2. When there is an abnormal condition of slight increase in white blood cells due to infection in the body, this condition is called ____________________.

3. A tumor of the liver is (a) ____________________.

4. The medical term for pain from joints is ____________________.

5. Organs that secrete chemicals (hormones) directly into the blood are called ____________________. Examples are the thyroid gland in the neck, the pituitary gland at the base of the brain, and the adrenal glands on top of the kidneys.

6. Organs that secrete chemicals out of the body through tubes (ducts) are called ____________________. Examples are sweat, tear, and salivary glands

7. The medical term for pain from nerves is ____________________.

8. Ms. James went to her physician with complaints of pain when urinating. The physician’s diagnosis of her condition was inflammation of the urinary bladder, also known as ____________________.

9. A collection (mass) of blood (under the skin) is (an) ____________________.

10. Mr. Remo’s white blood cell count is 10 times higher than normal. Examination of his blood shows cancerous white blood cells. His diagnosis is ____________________.

11. After receiving treatment for her urinary tract infection, Ms. Yonny developed a severe rash and fever from the medication prescribed by the doctor. Her condition is said to be ____________________.

12. After coming back from his trip and eating strange foods, Mr. Kumar had a disease (condition of his intestines) called ____________________.


K. GIVE THE MEANINGS OF THE PREFIXES.:

1. re- ____________________.
2. sub- ____________________.
3. ex- ____________________.
4. peri- ____________________.
5. trans- ____________________.
6. a-, an- ____________________.
7. auto- ____________________.
8. retro- ____________________.
9. endo- ____________________.
10. epi- ____________________.
11. hypo- ____________________.
12. hyper- ____________________.
13. pro- ____________________.
14. dia- ____________________.


Next post continues this exercise...ok

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The Longest Medical Word

Today, we will know about an interesting medical term in medical language. This post is just to know about a different thing in the medica...