03 RODRIGUEZ_INSTRUMENTATION Flashcards
Types of pipette according to calibration marks/design:
To deliver (TD) To contain (TC)
Types of pipette according to drainage characteristics:
Blowout
Self-draining
Type of pipette (according to design) which delivers the exact amount of liquid
To Deliver (TD)
Type of pipette (according to design) which holds particular volume but does not dispense the exact volume
To Contain (TC)
Type of pipette (according to drainage characteristics) which has continuous etched rings on top of the pipet
Blowout
Type of pipette (according to drainage characteristics) which delivers exact volume obtained when the last drop is blown out
Blowout
Type of pipette (according to drainage characteristics) with the absence of etched rings
Self-draining
Type of pipette (according to drainage characteristics) wherein liquid is allowed to drain by gravity
Self-draining
A transfer pipette used for non-viscous fluid and is self-draining
Volumetric pipet
A transfer pipette used for viscous fluid and has etched rings
Ostwald Folin
A pipette used to transfer fluid without consideration of any specific volume
Pasteur
A measuring pipette with graduations to the tip; blowout pipette
Serological pipette
A measuring pipette without graduations to the tip and is calibrated between 2 marks
Mohr pipette
(SELF-DRAINING / BLOWOUT)
Mohr pipette
Self-draining
(SELF-DRAINING / BLOWOUT)
Serological pipette
Blowout
Graduated/Measuring pipette examples
Serologic
Mohr
Bacteriologic
Ball, Kolmer and Kahn
Transfer pipette examples
Volumetric
Ostwald Folin
Pasteur
Automatic macro- or micropipettes
Type of TC micropipettes
Sahli-Hellige
Lang-Levy
RBC and WBC pipettes
Kirk and Overflow pipette
Type of mechanical pipette which relies on piston for suction creation to draw the sample into a disposable tip.
Air Displacement Pipette
T/F:
The piston of an air displacement pipette does not come in contact with the liquid
TRUE
Type of mechanical pipette which operates by moving the piston in the pipette tip or barrel, much like a hypodermic syringe. It also does not require a different tip for each use.
Positive Displacement Pipette
A mechanical pipette that obtains liquid from a common reservoir and dispenses it repeatedly. It also combines sample and dispensing functions.
Dilutor/Dispenser Pipette
most commonly used type of glassware used for heating and sterilization purposes
Borosilicate glass (pyrex and kimax)
pyrex strain point
515 C
type of glassware made up of soda-lime glass and a mixture of calcium, silicon, and sodium oxides
Flint glass
type of glassware that has poor resistance to high temperatures; easy to melt and is used to make disposable glasswares
flint glass
type of glassware utilized for high thermal, drastic heat shock and extreme chemical treatment with acids (except hydrofluoric) and dilute alkali
Vycor (corning)
type of glassware characterized by a high degree of thermal resistance, has low alkali content, and is free from the magnesium lime-zinc group of elements, heavy metals, arsenic, and antimony
Borosilicate glass (pyrex and kimax)
type of glassware that has high resistance to alkali and has thermal resistance less as compared to borosilicate glass
Boron-free glassware/soft glass
type of glassware that is a special alumina-silicate glass that has been strengthened chemically than thermally and is six times stronger than borosilicate
Corex (corning)
term which refers to a type of testing where all samples are loaded at the same time with a single test conducted on each sample
batch testing
type of testing where more than one test is analyzed concurrently on a given clinical specimen
parallel testing
type of test where any test can be performed on any sample in any sequence
Random access testing
type of test where multiple tests are analyzed one after another on a given specimen
sequential testing
a system other than manufacturer’s reagents can be utilized for measurement
Open reagent system
a system where the operator can only use the manufacturer’s reagents
Closed reagent system
provides point-to-point delivery of specimens to the laboratory and offers several advantages over specimen transport by humans
Pneumatic tube delivery system