Copan UTM® 3C075N- 3 mL UTM® Viral Transport Media in 12 x 80 mm Tube (no beads)
- $581.25
Copan UTM® 3C075N- 3 mL UTM® Viral Transport Media in 12 x 80 mm Tube (no beads) (300/Case)
The bulk viral specimen collection media tubes are intended for the collection, transport and preservation of clinical specimens containing viruses for viral molecular diagnostic testing, including COVID-19, chlamydia, mycoplasma or urea plasma organisms
Manufacturer: COPAN Diagnostics 3C075N
Specifications:
| Transport Tube | |
| Sterile | |
| Refrigerate at 2°C to 8°C or kept on wet ice following collection and while in transit | |
| Plastic | |
| Media Type | UTM |
| Fill Volume |
3 mL |
| Tube Size |
12x80mm |
Safety and Handling
ShelfLife : 18 Months
About UTM® Universal Transport Medium™ Collection Kits
Description: COPAN’s Collection & Transport Kits for COVID-19 combine state-of-the-art FLOQSwab® flocked collection swabs with the superior sample preservation of UTM®: Universal Transport Medium.
UTM® Universal Transport Medium Universal Transport Media without beads is a FDA cleared collection and transport system suitable for collection, transport, preservation, and long-term freeze storage of clinical specimens containing viruses for viral molecular diagnostic testing, and meets CDC Interim Guidelines for Collecting, Handling, and Testing Clinical COVID-19 Specimens.
UTM® Universal Transport Medium's unique media formulation includes antibiotics to inhibit bacterial and fungal growth, without affecting viruses. The transport medium comes in a plastic, screw cap tube and maintains organism viability for 48 hours at room or refrigerated temperature.
About FLOQSwab® Flocked Collection Swabs
Invented by COPAN, FLOQSwab® flocked swabs are a special type of swab produced with an applicator tip that is spray-coated with short Nylon® fibers arranged perpendicularly. Unlike traditional swabs made with materials that can trap the specimen, flocked swabs use a thin absorbent layer of Nylon® fibers with no internal core, allowing greater sample uptake and release.
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