What are the different types of well plates?
Here are some of the main types of well plates used in laboratory research: – 96-well plates – The standard plate with 96 wells arranged in 8 rows by 12 columns. Well, the depth is typically 0.5ml. Used for high-throughput applications like ELISA, PCR, and cell-based assays. – 384-well plates – Higher density plate with […]
How deep is a 24 well plate?
The depth of wells in a 24-well plate can vary between manufacturers and plate types, but typically: – Standard 24-well cell culture plates have well depths between 15-18 mm.- Deep well 24-well plates, designed for larger volumes, have well depths between 20-40 mm. – Shallow well 24-well plates may have depths around 10-15 mm. So […]
What is a deep well plate?
A deep well plate is a type of laboratory equipment used for various biochemical assays and procedures. Some key features of deep well plates: – They are plastic plates that contain multiple small wells, similar to a standard 96-well plate used for PCR or ELISA assays. However, the wells in deep well plates are much […]
Are cryovials polypropylene?
Yes, polypropylene is one of the most common plastic materials used to make cryovials. Some key reasons why polypropylene is well-suited for cryovials are: – Temperature resistance – Polypropylene has excellent low-temperature resilience and does not become brittle even at temperatures as low as -196°C (liquid nitrogen temperature). This makes it ideal for ultra-low temperature […]
What material are Cryovials made of?
Cryovials are typically made from the following plastic materials that can withstand ultra-low freezing temperatures: – Polypropylene (PP) – One of the most common materials used. Polypropylene can withstand temperatures as low as -196°C without becoming brittle. It is autoclavable and chemically resistant. – Polyethylene (PE) – Either low-density or high-density polyethylene is used. PE […]
Are cryogenic tubes real?
Yes, cryogenic tubes (also called cryovials) are very much real and commonly used in science and medicine. Here are some more details: – Purpose – Cryogenic tubes are designed to store biological samples (like cells, tissues, proteins, DNA, etc) at ultra-low temperatures usually below -80°C. At these temperatures, all biological activity stops and the samples […]
What is the function of cryogenic vial?
Cryogenic vials are small plastic tubes designed for storing biological samples at ultra-low temperatures. Here are some key functions and uses of cryogenic vials: – Sample preservation – Cryogenic vials allow long-term preservation of cells, tissues, proteins, DNA/RNA, etc at temperatures usually below -80°C. The ultra-low temperature stops all biological activity and degradation. – Easy […]
What are urine sample bottles called?
There are a few common names for the bottles used to collect and contain urine samples: – Urine specimen container/bottle – This general terminology refers to a plastic bottle with a secure lid specifically designed for collecting and transporting urine samples. They are sterile and disposable. – Urine culture bottle/tube – Specifically used for urine […]
What container is used for stool samples?
The most common containers used for collecting stool samples are: – Stool collection kit – These contain a collection pan or hat that fits over the toilet seat to catch the sample. They also include vials, spoons, and lids for transferring a portion of the sample into a leakproof container. – Sterile specimen container – […]
What is the best container to transport urine?
The best containers to transport urine samples are: – Sterile urine collection cup – This is the preferred method for transporting urine that will be used for medical testing or analysis. The sample cup should have a tight lid to prevent leaking or contamination. The cup is often placed in a biohazard bag for transport. […]