Embalming Compend Multiple Choice Part 1 Flashcards
A method of obtaining pressure for the injection of arterial fluid.
- Hydroaspirator
- Hand pump
- Electric spatula
- Needle injector
Hand Pump
Which of the following is NOT a method of obtaining pressure for injection of arterial fluid?
- Hand pump
- Gravity percolator
- Hydroaspirator
- Pressure machine
Hydroaspirator
An instrument which is inserted into the artery for the introduction of fluid.
- Needle injector
- Aneurysm hook
- Arterial tube
- Director
Arterial Tube
An instrument which may be used to guide an arterial or vein tube into a vessel.
- Groove director
- Separator
- Hemostat
- Spring forceps
Groove Director
The purpose of embalming analysis is to determine:
- The size of the casket needed.
- The proper embalming technique and chemicals to use.
- If gloves should be worn while embalming.
- If the body needs to be bathed.
The Proper Embalming Technique and Chemicals to use.
Variable factors encountered with every dead body as classified as:
- Intrinsic or extrinsic
- Hypertonic or hypotonic
- Chronic or acute
- Firm and dry
Intrinsic or Extrinsic
Which of the following is NOT a purpose of massage cream?
- Clean tissue pores
- Retard dehydration
- Secure the jaws in position
- Prevent friction during massage
Secure the Jaws in Position
Which of the following is an extrinsic factor to be considered in embalming a dead body?
- Pathological conditions
- Body moisture
- Fever
- Atmospheric conditions
Atmospheric Conditions
A device which extends from some point over the sternum to a point under the chin and is used to support the chin during embalming.
- Chin rest
- Dental tie
- Mandibular suture
- Musculature suture
Chin Rest
That method of mouth closure which employs wires attached to small tacks which are inserted into the upper and lower jaw.
- Dental tie
- Wire through bone
- Mandibular suture
- Needle injector
Needle Injector
The method of mouth closure employing a suture passed through the septum of the nose and around the mandible.
- Needle injector
- Musculature suture
- Mandibular suture
- Dental tie
Mandibular Suture
If the lips will not stay closed during the embalming operation, they may be held in position by means of:
- Wet cotton strips
- Petroleum jelly
- Sutures
- All of these
All of These
In cases of dental prognathism, you may, after obtaining written permission from the family:
- Extract the teeth
- Realign the teeth
- Let the teeth show
- All of these
All of These
In the normal eye closure, the eyelids should meet in the:
- Upper one-third of the orbit.
- Middle of the orbit.
- Lower one-third of the orbit.
- Upper one-fourth of the orbit.
Lower One-Third of the Orbit
Which of the following is NOT a consideration in the selection of the artery and vein for injection and drainage in each case to be embalmed?
- Accessibility
- Size
- Effect on posing the body
- Race of the individual
Race of the Individual
The right common carotid artery begins at the level of the:
- Second costal cartilage
- Sternoclavicular articulation
- Arch of the aorta
- Superior border of the thyroid cartilage
Sternoclavicular Articuation
The common carotid arteries terminate at the level of the:
- Second costal cartilage
- Sternoclavicular articulation
- Arch of the aorta
- Superior border of the thyroid cartilage
Superior Border of the Thyroid Cartilage
The linear guide for the common carotid artery is from the:
- Cener of the base of the axillary space to the center of the forearm.
- Center of the antecubital fossa to the center of the base of the index finger.
- Sternoclavicular articulation to the anterior surface of the lobe of the ear.
- Center of the inguinal ligament to the center of the medial condyle of the femur.
Sternoclavicuar Articulation to the Anterior Surface of the Lobe of the ear.
The linear guide for the axillary artery is from the:
- Center of the base of the axillary space to the center of the forearm.
- Center of the antecubital fossa to the center of the base of the index finger.
- Center of the axillary space parallel to the long axis of the upper extremity.
- Center of the inguinal ligament to the center of the medial condyle of the femur.
Center of the Base of the Axillary Space Parallel to the Long Axis of the Upper Extremity.
The linear guide for the brachial artery is from the:
- Center of the base of the axillary space to the center of the inner bend of the elbow.
- Center of the antecubital fossa to the center of the base of the index finger.
- Center of the axillary space parallel to the long axis of the upper extremity.
- Center of the inguinal ligament to the center of the medial condyle of the femur.
Center of the Base of the Axillary Space to the Center of the Inner bend of the Elbow
The linear guide for the radial artery is from the:
- Center of the base of the axillary space to the center of the forearm.
- Center of the antecubital fossa to the center of the base of the index finger.
- Center of the axillary space parallel to the long axis of the upper extremity.
- Center of the inguinal ligament to the medial condyle of the femur.
Center of the Antecubital Fossa to the Center of the Base of the Index Finger.
The linear guide for the femoral artery is from the:
- Center of the anticubital fossa to the center of the base of the index finger.
- Center of the axillary space parallel to the long axis of the upper extremity.
- Center of the inguinal ligament to the center of the medial condyle of the femur.
- Center of the popliteal space parallel to the long axis of the lower extremity.
Center of the Inguinal Ligament to the Center of the Medial Condyle of the Femur
The linear guide for the popliteal artery is from the:
- Center of the antecubital fossa to the center of the base of the index finger.
- Center of the axillary space parallel to the long axis of the upper extremity.
- Center of the inguinal ligament to the center of the medial condyle of the femur.
- Center of the popliteal space parallel to the long axis of the lower extremity.
Center of the Popliteal Space Parallel to the Long Axis of the Lower Extremity
On the surface of the forearm from the center of the antecubital fossa to a point between the fourth and fifth fingers is the linear guide for the:
- Anterior tibial artery
- Ulnar artery
- Axillary artery
- Posterior tibial artery
Ulnar Artery
From the center of the popliteal space to a point midway between the medial malleolus and the calcaneus bone is the linear guide for the:
- Anterior tibial artery
- Ulnar artery
- Posterior tibial artery
- Dorsalis pedis artery
Posterior Tibial Artery
From the center of the anterior surface of the ankle joint to a point betwen the first and second toe is the linear guide for the:
- Anterior tibial artery
- Ulnar artery
- Posterior tibial artery
- Dorsalis pedis artery
Dorsalis Pedis Artery
From the lateral border of the patella to the anterior surface of the ankle joint is the linear guide for the:
- Anterior tibial artery
- Ulnar artery
- Posterior tibial artery
- Dorsalis pedis artery
Anterior Tibial Artery
The anatomical guide for the _______ artery is along the medial border of the sternocleidomastoid muscle.
- Axillary
- Common carotid
- Radial
- Brachial
Common Carotid
The anatomical guide for the _____ artery is posterior to the medial border of the belly of the biceps brachii muscle.
- Axillary
- Common carotid
- Radial
- Brachial
Brachial
Through the center of the femoral triangle bordered laterally by the sartorius muscle and medially by the adductor longus muscle, is the anatomical guide for the ____ artery.
- Axillary
- Femoral
- Iliac
- Radial
Femoral
Just behind the medial border of the coracobrachialis muscle is the anatomical guide for the ______ artery.
- Axillary
- Common carotid
- Radial
- Brachial
Axillary
The anatomical guide for the _____ artery is just lateral to the tendon of the flexor carpi radialis muscle.
- Axillary
- Common carotid
- Radial
- Brachial
Radial
The ulnar artery lies along the ____ border of the flexor carpi ulnaris muscle.
- Medial
- Lateral
- Posterior
- Inferior
Lateral
The right _____ artery is shorter than the left one due to its origin.
- Axillary
- Brachiocephalic
- Subclavian
- Femoral
Subclavian
The _____ artery changes its name to femoral and is used in the embalming of an autopsied body.
- Brachiocephalic
- Common iliac
- Descending aorta
- External iliac
External Iliac
The inferior vena cava is the vein which accompanies the:
- Ascending aorta
- Arch of aorta
- Thoracic aorta
- Descending aorta
Descending Aorta
In the femoral triangle the femoral artery is bordered laterally by the _____ muscle.
- Sartorius
- Adductor longus
- Adductor magnus
- Psoas major
Sartorius
The femoral artery is bordered medially by the _____ muscle.
- Sartorius
- Adductor longus
- Adductor magnus
- Psoas major
Adductor Longus
The femoral artery originates at a point behind the center of the inguinal ligament and terminates at the opening in the _____ muscle.
- Adductor magnus
- Gastrocnemius
- Adductor longus
- Sartorius
Adductor Magnus
The ____ artery which originates at the opening in the adductor magnus muscle, terminates at the inferior border of the popliteous muscle.
- Femoral
- Anterior tibial
- Popliteal
- Posterior tibial
Popliteal
The ______ artery courses along the lateral margin of the crest of the tibia, passes through the center of the anterior surface of the ankle joint and becomes the dorsalis pedis artery.
- Posterior tibial
- Anterior tibial
- Popliteal
- Femoral
Anterior Tibial
Distension of the body tissues is a complication of:
- Tuberculosis
- Poliomyelitis
- Scarlet fever
- Anasarca
Anasarca
One of the factors to be considered in selecting the artery to be injected is:
- Age
- Weight
- Disease
- All of these
All of These
When using the gravity method of obtaining pressure for injecting arterial fluid, the embalmer can expect to receive approximately _____ pound(s) of pressure per foot of elevation above the point of injection.
- 1/4
- 1
- 1/2
- 2
1/2 Pound
When injecting a body with any mechanical injector, the desired pressure should be:
- Set before opening the rate of flow.
- Set after opening the rate of flow.
- Adjusted while rate of flow valve is full open.
- Adjusted before machine is started.
Set Before Opening the Rate of Flow
The injection and drainage procedure in which the injection and drainage are accomplished through teh same incision is called:
- Restricted cervical
- Split
- One point
- Multipoint
One Point
The procedure of injection and drainage in which injection is accomplished at one place and drainage is taken from another is called:
- Restricted cervical
- Split
- One point
- Double injection
Split
The process of injection and drainage in which both common carotids are raised.
- Restricted cervical
- Split injection
- Cross injection
- Double injection
Restricted Cervical
When preparing to embalming a dead body the embalming will prepare a solution by adding the concentrated embalming fluid to water in the reservoir of the injection device. The dilution of fluid is called:
- Primary
- Secondary
- Beginning
- Tertiary
Primary
The secondary dilution of embalming fluid occurs when:
- The embalmer mixes additional amounts of concentrate into the primary dilution.
- The injected cavity fluid mixes wiht the fluids of the cavity.
- The injected arterial solution mixes with the body fluids.
- The embalmer mixes more water into the primary dilution.
The injected arterial solution mixes with the body fluids.
The movement of embalming solutions from the point of injection through the arteries, arterioles, capillaries, venules and veins is called:
- Osmosis
- Diffusion
- Dialysis
- Distribution
Distribution
The passage of arterial solution from the capillaries into the intercellular spaces.
- Osmosis
- Diffusion
- Distribution
- Pressure filtration
Diffusion
The passage of solvent through a semipermeable membrane from a dilute into a concentrated solution.
- Osmosis
- Diffusion
- Dialysis
- Distribution
Osmosis
The passing of arterial solution through the capillary wall, causd by positive intravascular pressure.
- Osmosis
- Diffusion
- Dialysis
- Pressure filtration
Pressure Filtration
The embalmer should remove as much blood from the body as possible to:
- Diminish secondary dilution
- Remove intravascular discolorations
- Prevent distension
- All of these
All of These
The method of drainage in relation to injection in which an amount of arterial fluid is injected and then drainage is allowed to flow for a period of time, each one seprately is the ______ method.
- Alternate
- Intermittent
- Continuous
- Interrupted
Alternate
The method of drainage in relation to injection in which injection is continued and drainage is taken at intervals is the _____ method.
- Alternate
- Intermittent
- Continuous
- Interrupted
Intermittent
The method of drainage in relation to injection in which both injection and drainage are allowed to flow freely throughout the operation is the ____ method.
- Alternate
- Intermittent
- Continuous
- Interrupted
Continuous
Which of the following blood vessels is the origin of the popliteal artery?
- Femoral artery
- Axillary artery
- External iliac artery
- Anterior tibial artery
Femoral Artery
Those pre-embalming considerations given to the case at hand.
- Pre-injection procedures
- Terminal analysis
- Concurrent analysis
- Case analysis
Case Analysis
Which of the following is NOT an intrinsic factor to be considered in case analysis?
- Atmospheric conditions
- Pathological conditions
- Moisture of the tissues
- Fever
Atmospheric Conditions
During embalming, the head should be:
- Tilted to the left approximately 15 degrees.
- Tilted to the right approximately 25 degrees.
- Tilted to the right approximately 15 degrees.
- Tilted to the left approximately 25 degrees.
Tilted to the Right Approximately 15 Degrees
The amount of HCHO (formaldehyde) measured in grams dissolved in 100 ml. of water refers to:
- Volume of phenol
- Index
- Surfactant content
- pH
Index
Chemicals which inactivate saprophytic bacteria and alter tissues so as to render them less susceptible to decomposition are:
- Surfactants
- Germicides
- Humectants
- Preservatives
Preservatives
Chemicals which retard the increase in viscosity in the blood.
- Germicides
- Buffers
- Surfactants
- Anticoagulants
Anticoagulants
The component of arterial fluid which is designed to decrease the molecular cohesion at the surface of a liquid.
- Buffer
- Humectant
- Vehicle
- Surfactant
Surfactant
A component of arterial fluids which imparts color to a solvent.
- Buffer
- Surfactant
- Dye
- Preservative
Dye
Chemical additives that act as moisture retainers in the tissues.
- Penetrants
- Humectants
- Anticoagulants
- Surfactants
Humectants
There is an immediate danger to health and life if exposed to formaldehyde levels above:
- 1 ppm
- 100 ppm
- 25 ppm
- 5 ppm
100 ppm
Chemical additives employed to offset the effects of water with an excessive mineral content.
- Humectants
- Surfactants
- Vehicles
- Water conditioners
Water Conditioners
High index fluids generally cause:
- Slight firming
- Definite firming
- Putrefaction
- Edema
Definite Firming
The action of CH2O (formaldehyde) on protein is termed:
- Proteolysis
- Coagulation
- Putrefaction
- Saponification
Coagulation
One purpose for which cavity fluids would NOT be recommended is:
- Surface packs
- Arterial injections
- Visceral treatment
- Bleaching agents
Arterial Injections
Co-injection fluids are used:
- Before arterial solutions
- With arterial solutions
- After arterial solutions
- In conjunction with cavity fluids
With Arterial Fluids
Which of the following is NOT characteristic of a jaundice fluid?
- Contains reducing agents
- Contains bleaching agents
- Contains dye
- High formaldehyde content
High Formaldehyde Content
Index is a measure of fluid strength which considers the percentage of:
- Phenol
- Lanolin
- Acid
- Formaldehyde
Formaldehyde
The hardening agent in hardening compounds is:
- Paraformaldehyde
- Plaster of paris
- Alum
- Wood shavings
Plaster of Paris
Which of the following is a disinfectant and preservative found in hardening compounds?
- Paraformaldehyde
- Plaster of paris
- Whiting
- Benzaldehyde
Paraformaldehyde
The maximum average level of exposure to formaldehyde over an eight hour time period is:
- 5.0 ppm
- 2.0 ppm
- 0.5 ppm
- 0.75 ppm
0.75 ppm
The dilution of concentrated arterial fluid as prepared by the embalmer is called the:
- Primary dilution
- Secondary dilution
- Isotonic dilution
- Primary injection
Primary Dilution