Nitex Nylon Fine Mesh Screen, 42” Wide Roll (1 ft/unit) - Nylon Mesh Roll for Embryo Collection in Drosophila Culture –50um Netting Material for Fruit Fly Culture Containers - Essential Lab Supplies
Nitex Nylon Fine Mesh Screen, 42” Wide Roll (1 ft/unit) - Nylon Mesh Roll for Embryo Collection in Drosophila Culture –50um Netting Material for Fruit Fly Culture Containers - Essential Lab Supplies
$40.35
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Nitex Nylon Mesh: Our 42” wide Nitex Nylon Mesh roll is the perfect solution for embryo collection in flightless fruit flies culture. This wire screen is made of superior-quality nylon and is precision woven, following top-notch quality standards. Embryo Collection: This nylon wire mesh screen, with a 50µm pore size and 49% open area, is apt for collecting embryos in Drosophila culture. The Yarn diameter and evenness of this plastic netting mesh are tightly controlled to ensure consistency. Repeatable Material: This nylon net is precision woven, i.e., it is precisely defined and controlled. The material has consistent and repeatable properties such as pore size, thickness, and dimensional stability, which are maintained through stringent manufacturing guidelines. Live Imaging: For live imaging studies, Drosophila embryos are positioned on a microscope slide or imaging chamber. This Nitex mesh makes it convenient to gently transfer the embryos to the desired location for observation under a microscope. Storage & Transportation: This superior-grade nylon plastic netting can be used as a temporary holding medium for embryos before they are taken to the next stage. Thus, it allows for easy storage and handling of embryos between different parts of the lab.

This Nitex nylon mesh has a 50µm pore size, 46% open area. Sold by the contiguous lineal foot from a 45in roll, so you can order just as much as you need. We can also cut custom sizes if needed, please contact us for details. Nitex nylon mesh is precision woven meaning it is precisly defined and controlled. The material has consistent and repeatable properties such as pore size, thickness, dimensional stability, etc. through strict manufacturing guidelines.