Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
106 Cards in this Set
- Front
- Back
Suborder of snakes |
Serpentes |
|
Constrictors |
Boidae |
|
Largest family |
Colubridae |
|
3 families of venomous |
Elapidae Hydrophidae Viperidae |
|
Heavily keratinized and composed of 3 layers of dead cells |
Outer layer or stratum corneum |
|
Single row of scales on ventral surface of snakes body |
Ventral scutes or gastropeges |
|
Regular shedding of snakes skin |
Ecdysis |
|
Solid color without markings |
Uniform colors |
|
Small flecks of color |
Speckles |
|
Narrow lines o color |
Stripes |
|
Small rounded marks without border |
Spots |
|
Band of color extending across back and down and sides but do not cross the belly |
Croosbands |
|
Large squarish or irregular shaped markings with dark borders. Resembke crossbands |
Blotches |
|
Bands of color that extend across back down tge sides and across bellt |
Rings |
|
Slightly overlapping diamond shaped blotches |
Diamonds |
|
Smooth surface that reflect light |
Smooth scales |
|
Dull no gloss surface |
Keeled scales |
|
Small opening behind tongue, always closed forming a vertical slit. Producew snakes characteristic hiss. Allows respiration when eating large prey |
Glottis |
|
Are incomplete, looks like a C than an O |
Trachea |
|
Responsible for inspiration and expiration |
Large smooth muscle between chest abd abdomen |
|
Interesting adaptation to their cardiovascular system that mammals lack |
Renal portal system |
|
Spleen and pancreas collectively referred as |
Splenopancreas |
|
Helps regulate the bodys blood glucose levels and produce digestive enzymes |
Pancreas |
|
Not associated with liver |
Gall bladder |
|
Responsible for producing immune cells |
Thymus |
|
Production od thyroid hormone and responsible for normal shedding cycle |
Thyroid gland |
|
Regulate calcium and phosphorus levels in body |
Parathyroid gland |
|
Pink tubelike structures, produce corticosterone |
Adrenal glands or stress glands |
|
Has little digestive significance, mostly serve as lubricant |
Saliva |
|
Allow for great stretchability to accomodate large food |
Esophagus |
|
Where food is dumped into the first loop of the SI |
Pylorus |
|
Small appendage bet small and large intestine |
Cecum |
|
Look like stack of pennies |
Kidneys |
|
How many lobes do kidneys have |
25 to 30 lobes |
|
3 chambered structure with multiple functions |
Cloaca |
|
Where feces is discharged |
Coprodeum |
|
Receuve urogenital organs and carry urine and eggs |
Urodeum |
|
General mixing area |
Proctodeum |
|
Acts as the urine storage organ |
Ureter |
|
Whefe seminal fluids from the repro sexual segment of kidneys are added |
Solitary vas deferens |
|
70% of snakes are like this, they lay eggs |
Oviparous |
|
Families that are oviparous |
Colubridae Elapidae |
|
Snakesnthat nourish their young through a olacenta and yolk dac, give bitth to live young no eggs |
Viviparous |
|
Snakes that are viviparous |
Boa constrictors Green anaconda |
|
Develop eggs inside body and they hatch inside |
Ovoviviparous |
|
Snake that is ovoviviparous |
Rattlesnake |
|
When snake is moving through grass, sulinusoidal curves |
Serpentine movement |
|
Slow straight movement, use wide ventral scales, used by large snakes |
Caterpillar movement |
|
Used in environments with few resistance pints, (sandy or muddy) |
Sidewinding movement |
|
Climb or move in tight spaces |
Concertina movement |
|
Factors to consider when feeding snake |
Temp Lighting Humidity Size of habitat |
|
Young growing snakes require food every |
2-3days |
|
Small adult snakes need to eat |
Weekly or more often |
|
Giant snakes eat |
4-6 times yearly |
|
Need to remember when prrparing food |
Prey should not have been treated with topical parasiticides within 3 weeks Prey should not have been administered antimicrobials and euthanasia compounds Prey frozen at 0C as method of preservation in zoological institutions |
|
How to humanely euthanize prey |
Carbon dioxide Cervical dislocation |
|
Not recommended to feed live prey because |
Excessive stress to prey Injuries to snake from prey Illegal in other countries |
|
Most commonly seen form of reptile enclosure, recommended for venomous and fast moving snakes |
Glass fronted wooden vivarium |
|
Fairly simole fish tank like structures |
Manufactured cages |
|
Generally one section of corrugated iron water tank without top or bottom, reptiles exposed to sunlight |
Earth ring |
|
Cheapest form of enclosure, disposable and esily broken |
Critter box |
|
2 ideal substrates |
Newspaper Leaf litters |
|
Best source od lighting |
Natural UV |
|
Enclosure lighting can be provided by |
Ultraviolet tubes Dichroic globes Fluorescent tubes Blacklight tubes Incandescent lights |
|
Methods of supplying heat source |
Hot rocks Heating pad Heat tape Ceramic globes |
|
Materials used for restraint |
Padded tongs Snake hook Leather gloves Plastic tubes Pillowcase Plastic goggles Plastic face visoelr |
|
Standard technique |
One person for every 3-4 ft |
|
Gender can be determined by |
Tail length or probing |
|
Parasympatholytic |
Glycopyrrolate |
|
Deep sedation |
Propofol |
|
Moderate sedation |
Ketamine Telazole |
|
Moderate sedation for larger snakes |
Telazole |
|
Chamber induction ir mask |
Isoflurane |
|
Local ansthetic |
2% lidocain |
|
Mild anest |
Propofol |
|
Endotracheal tube |
Sevoflurane |
|
For seizure |
Diazepam |
|
Combination for anest |
Ketamine Medetomidine |
|
Blind technique in snakes |
Venipuncture |
|
2 common sites for veni |
Caudal vein Heart (cardiocentesis) |
|
Integument diagnostic proce. |
Shed skin Skin scrape Impression smear Skin biopsy |
|
Respi diagnostic proced |
Lung lavage Endoscopy Swabbing |
|
GI diagnostic proced |
Coprological exam Cloacolonic lavage Celiotomy Endoscopy |
|
Repro system diagnostic proced |
Rigid endoscope |
|
Begin with increased salivation and infected teeth may fall out |
Mouth rot |
|
Agent of mouth rot |
Aeromonas hydrophila |
|
Treatment for mouth rot |
Topical antibiotics Administer fluids |
|
Respiratory infection is often a sequel of stomatitis with bacteria from the oral cavit |
Pneumonia |
|
Associated with damp and filthy environment, pink red appearance in bottom scales |
Blister disease |
|
Significant problem in many reptiles collections and can be hardto eliminate |
Ophionyssus natricis |
|
Treatment of mites |
Fipronil Ivermectin |
|
Immediate signs are abnormal sheding or lozalized areas of irritation |
Ticks, Aponomma elaphense |
|
Treatment for ticks |
Water bath Olive oil Pyrethroids |
|
Significant viral infection in pet snakes, may be repiratory or neurological and lead to death |
Ophidian paramyxovirus |
|
Treatment for opmv |
Supportive care Euthanasia |
|
Another significant infection in pet snakes, common in boas and pythons |
Inclusion body disease |
|
Where inclusion bodies are seen in live snakes |
Liver Esophageal tonsil |
|
Where inclusion bodies are seen postmortem |
Brain Pancreas |
|
Pcr testing for IBD is bases on |
Ethylenediaminetetraacetic acid blood sample Esophageal swab |
|
Treatment for ibd |
Supportive care Euthanasia |
|
Principal invaders of septicemia |
Aeromonas hydrophila Pseudomonas aeruginosa |
|
Isolated from necrotic foci in liver, causes enteritis |
Salmonellosis |
|
PROTOZOAN PARASITE THAT CAUSES ULCERATIVE ENTERITIS, HEPATITIS, GASTRITIS, this disease begins in large intestine |
Rhizopoda |
|
Agent of rhizopoda |
Endamoeba invadens |
|
Reported infection by eimeria bitis of gall bladder or garter snakes, bladde lining is shredded and tissue damage |
Coccidiosis |
|
Predominant pathogen in case of intestinal and gall bladder infection in timber rattlesnake |
Isospora naiae |