What does ATTM mean in UNCLASSIFIED
ATTM is an abbreviation for Anaerobic Tissue Transport Medium. It is a type of tissue preservation and transport medium developed for the purpose of transporting delicate, perishable samples while maintaining their integrity. ATTM was created to be an environmentally friendly replacement for formalin, which is known to have toxic effects on human health. ATTM uses simple ingredients, such as sodium bicarbonate, glycine, and lactic acid to keep tissues safe and preserved during transport.
ATTM meaning in Unclassified in Miscellaneous
ATTM mostly used in an acronym Unclassified in Category Miscellaneous that means Anaerobic Tissue Transport Medium
Shorthand: ATTM,
Full Form: Anaerobic Tissue Transport Medium
For more information of "Anaerobic Tissue Transport Medium", see the section below.
What Is ATTM?
ATTM is a specialized tissue preservation and transport medium that has been designed from biochemical principles in order to maintain the integrity of delicate, perishable samples during transport. ATTM was created specifically as an environmentally friendly replacement for formalin, which has been shown to be hazardous to human health when used in prolonged or excessive amounts. The active ingredients in ATTM are sodium bicarbonate, glycine, and lactic acid that help keep tissues safe and preserved during transportation, allowing for the accurate analysis of samples once they arrive at their destination.
Advantages
ATTM allows for the safe and efficient transportation of fragile tissues such as cell cultures without causing any damage or deformations in comparison with other methods such as formaldehyde fixation or alcohol treatment. Furthermore, ATTM helps preserve sample integrity by avoiding changes in pH levels due to its buffering capacity. Additionally, it also helps reduce contamination risks since it does not require the addition of unknown contaminants like preservatives or stabilizers as it is already prepared with bacteriostatic agents such as sodium chloride and antimicrobial components including lactic acid bacteria and lysidinolide Biosurfactant compound derived from living cells.
Essential Questions and Answers on Anaerobic Tissue Transport Medium in "MISCELLANEOUS»UNFILED"
What is Anarobic Tissue Transport Medium?
Anarobic Tissue Transport Medium (ATTM) is an essential component used in transporting tissue and cellular material to anaerobic laboratory environments. It consists of a buffer, a reducing agent, and a carbon source that support the growth of microorganisms for further analysis, such as DNA sequencing or PCR.
How can ATTM be Used?
ATTM can be used to transport samples from clinical or collection sites to the laboratory for further analysis. It helps protect against degradation and contamination of the sample during transit. It also gives scientists the ability to perform sensitive tests on delicate bacteria, fungi, and other microorganisms in a controlled lab environment.
What are the Components of ATTM?
The components of ATTM consist of a buffer, a reducing agent, and a carbon source. The buffer helps maintain pH levels; the reducing agent helps prevent oxidation; and the carbon source provides nutrients necessary for microbial growth and development in anaerobic conditions.
Why is ATTM Necessary for Sample Transportation?
ATTM is necessary for sample transportation because it prevents degradation and contamination of sample during transit by providing supportive media that keeps microbes alive until they can reach their destination. Furthermore, it supports sensitive tests on delicate microorganisms which cannot be done if samples are exposed to oxygen from open air exposure.
Are There Any Safety Precautions Associated with Using ATTM?
Yes, when handling or disposing any solutions containing hazardous chemicals such as formaldehyde or glutaraldehyde, users must ensure that proper safety precautions are taken in order to avoid inhalation or skin contact exposure.
Can I Use Other Media Instead of ATTM?
While other media may provide some level of protection against environmental hazards like oxidation process, they often fail in comparison to ATTM when it comes to keeping delicate microorganisms alive over long distances during transportation. Therefore it is recommended that one uses only specially formulated media specifically designed for transporting samples through anaerobic conditions such as ATTM.
Is it Better to Prepare My Own Culture Media Instead of Purchasing Pre-made Media Such as ASMTM?
Although there are some advantages associated with preparing your own culture media such as being able to adjust compositions according to specific needs, pre-made commercial media such as ASMTM have been thoroughly tested under various conditions providing consistent quality throughout batches making it more efficient and reliable than homemade alternatives.
Does ATMT Contain Chemicals That Could Harm Microorganism Samples Being Transported?
No, all components contained in ATTT have been carefully selected so they would not damage or interact with microbial samples during transport or interfere with successful detection later on at laboratory laboratories after successful delivery.
Can Transportations Be Carried Out Without Using A Buffer Solution Specifically Designed For Anarobes Such As ATTMs?
No traditional buffers (like Phosphate Buffers) will not work in an anaerobic environment due to their lack of stability under these circumstances leading too quick degradation before arriving at its intended destination. Special buffers specifically designed for anaerobes such as ATTMs contain compounds that increase their stability under low oxygen concentrations allowing successful transportations without compromising sample integrity.
Final Words:
In conclusion, ATTM has been developed as an alternative to formaldehyde-based tissue preservation methods that are known to cause problematic side effects on human health when used improperly or excessively over time. Its chemical structure helps protect cells from damage during transport while still maintaining their structural integrity for proper sampling upon arrival at their destination without any potential contamination risks coming from additives added into the mix before shipping out packages containing tissue samples. Though there are drawbacks associated with using ATTM that must be taken into account when deciding on whether this method should be employed over traditional ones such as additional costs involved with packaging materials required due its corrosive nature if exposed directly onto surfaces; overall it is still a viable choice if safety considerations are taken into account.
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