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veterinary anatomy
anatomy revision
Question | Answer |
---|---|
is NOT a function of the skeletal system | It provides a series of solid cavities which house the endocrine organs. |
are long bones | humerus, radius and femur |
are flat bones | scapular, ribs and the bones of the cranium |
In endochondral ossification the primary centre of ossification usually occurs: | . in the diaphysis |
The joint between the right and left mandibles is a: | symphysis |
The process of using small chemical units to provide energy is known as: | Metabolism |
Inflammation of the gum is known as: | Gingivitis |
The muscle found in the tongue is: | Striated |
The carnassial tooth of the dog in the lower dental arch is: - | The 1st molar |
The function of the incisor teeth of the cat is: - | To nibble small pieces off the bone *** |
Endocrine glands secrete chemical messengers known as: | . hormones |
structures are classed as endocrine glands? | .ovary pancreas . parathyroid |
hormones is not secreted by an endocrine gland? | secretin |
The anterior pituitary gland secretes: | prolactin, FSH ACTH |
The posterior pituitary gland is also known as the: | neurohypophysis |
The Latin name of the modern horse is | Equus caballus |
bones are included within the appendicular skeleton? | cannon, pastern, splint |
The vertebral formula of the horse is: | C7 T18 L6 S5 Cd 15 – 20 |
The distinguishing feature of equine lumbar vertebrae is that they have: | . large transverse processes |
How many true ribs form the rib cage? | 8 |
bones are not evident in the skeleton of the horse? | . clavicle |
is not a function of the integument? | absorption |
Which vitamin is formed within the skin? | Vitamin D |
Which glands are not found within the integument? | endocrine glands |
are not formed from epidermal cells | sweat glands |
The ceruminous glands are found within which part of the body? | within the external ear canal |
The latin name of the rabbit is: | Oryctolagus cuniculus |
Which two animals cannot manufacture their own Vitamin C so must be given it in their diet? | guinea pig and man |
The main characteristic of the order Rodentia is that they have: | continuously growing incisor teeth |
The gestation period of the rabbit is: | 28 – 32 days |
Which of the following species is classified as a Hystricomorph ? | guinea pig |
is not part of the female reproductive tract? | urethra |
The ovary is an endocrine organ responsible for the production of which hormones? | oestrogen and progesterone |
In which structure would you find the ovarian bursa? | mesovarium |
Arterial blood is supplied to the cervix by means of the: | uterine artery |
The passage of the ovum and later the embryo, from its release from the follicle in the ovary is: | uterine tube, uterine horn, uterus |
The position of the kidneys in the body is: | retroperitoneal just ventral to the lumbar hypaxial muscles |
In the kidney the loops of Henle lie in the: | medulla |
Fluid enters the glomerular capsule by: | filtration |
What percentage of cardiac output goes through the kidney? | 20% |
Glomerular filtrate flows through the kidney tubules in which order? | proximal convoluted tubule, descending loop of Henle, ascending loop of Henle, distal convoluted tubule, collecting duct |
Which part of the renal nephron is lined with a brush border? | proximal convoluted tubule |
is NOT a function of blood? | Carries enzymes from the exocrine glands of the intestine |
The granular leucocyte whose function is phagocytosis is: | neutrophils |
The normal lifespan of an erythrocyte is: | 120 days |
Eosinophils can be identified by: | red staining granules |
Serum contains no: | fibrinogen |
Nerve impulses are transferred from one neuron to another by | Synapses |
The most common chemical transmitter carrying an impulse across a synapse is: | acetyl choline |
Mature bone cell | Osteocyte |
Responsible for creating new bone | Osteoblast |
Responsible for removing old/dead bone cell | Osteoclast |
Has tightly packed Haversian systems Strong and dense Found in cortex (outer edge) | Compact / Cortical Bone |
Lighter than compact bone Made up of bars called trabeculae Found at end of long bones and core of others | Cancellous / Spongy Bone |
Diaphysis | Main shaft of bone |
Epiphysis | Ends of bone |
Metaphysis | Where diaphysis and epiphysis meet. Growth plate in young animals |
Articular Cartilage | Hyline cartilage that covers ends of bones |
Periosteum | Membranous structure that surrounds outer surface of the bone |
Nutrient Foramen | Small hole where blood vessels enter the bone |
Cortex | Outer region of compact bone |
Medulla | Central cavity of bone, filled with bone marrow |
Skeletal muscle | Under voluntary control responsible for movement of bones of the skeleton has a striped appearance under the microscope |
Smooth muscle | Under involuntary control and is found throughout the body, lining the intestines, bladder, blood vessels, uterus ect. Spindle shaped cells, smooth appearance under microscope. |
Cardiac muscle | Found only in the heart and is under involuntary control. Cells are short, cylindrical and muscle fibres are branched. |
Nervous muscle | Made up of neurones - recieves and interprets them and generates activity. |
Millimetre | mm thousandth of a metre |
Micrometre | μm 1×10−6 of a metre |
Nanometre | nm 10-9 meter, or one billionth of a meter |
Nucleolus | Forms part of the nucleus and contains the RNA. Also responsible for the manufacture of Ribosomes |
Mitochondria | Produces energy for the cell by aerobic respiration |
Centrosomes | Involved in replication and comprise of two centrioles |
Golgi Apparatus | Consists of flattened membrane sacs. Involved in the production of Lysosomes secretory granules and plasma membrane. Responsible for the transport and modification of substances such as glycoproteins |
Smooth Endoplasmic Reticulum | Synthesis and transport of lipids. No ribosomes |
Rough Endoplasmic Reticulum | Responsible for protein synthesis and transportation of proteins. Ribosomes attached |
Lysosome | Collection of digestive enzymes in membrane sacs. Forms part of the defence mechanism of the cell |
Vacuole | They engulf substances in order to absorb them into the cell. This is known as pinocytosis They may also absorb fluids or engulf bacteria |
Ribosome | Responsible for protein synthesis and as mentioned are often attached to RER |
Cystoskeleton | the network of protein filaments and microtubules in the cytoplasm that controls cell shape, maintains intracellular organization, and is involved in cell movement. |
Centrioles | They play a key role in cell division They are situated close to the nucleus and form a network on which the chromosomes are separated. |
Simple Squamous epithelium | Found lining alveoli of the lungs, lining blood vessels, glomelular capsules |
Simple Cuboidal | Found lining the renal nephron |
Simple Columnar Epithelium | Found lining the intestines, allowing the absorption of soluble foods |
Ciliated Columnar Epithelium | Lines the upper respiratory tract. The goblet cells produce mucus Also found (without the goblet cells ) in Oviducts |
Stratified Squamous Epithelium | Found in the Epidermis of the skin. The upper layers contain Keratin |
Tranitional Epithelium | Is a stratified(compound) epithelium but the cells do not become flattened at the surface. Transitional epithelium can be stretched and return to its original shape. It is found lining the bladder. |
These Glands have ducts which secrete directly to the site where they will be used | Exocrine |
Widely distributed connective tissue which is found all over the body e.g. beneath the skin, around blood vessels or nerves | Areolar/ loose connective tissue |
Jelly like tissue which forms the bone marrow within the long bones and is responsible for red blood l formation | Haemopoietic |
Adipose Tissue can be found in closely packed fat filled cells and prevents heat loss around the body by providing | Insulation |
Randomly arranged collagen fibers which forms articular surfaces of joints | Hyaline Cartilage |
Elastic Cartilage can be found in areas where support and flexibility is needed such as | External Ear |
Attaches to Ligaments and bone | Fibrocartilage |