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AP1003700

Millipore

Cellulose Fiber Membrane Filter

Millipore, filter diam. 37 mm, hydrophilic

Synonym(s):

Absorbent Pad

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About This Item

UNSPSC Code:
40161507
eCl@ss:
32031602
NACRES:
NB.24

material

cellulose fiber
plain filter
white filter

description

37 mm, cellulose support pads are used to reinforce filters in Millipore′s monitors for contamination analysis. When saturated with growth medium, they can also be used for culturing microorganisms on membranes. Comes in a pack of 100.

sterility

non-sterile

feature

hydrophilic

manufacturer/tradename

Millipore

parameter

5.8 mL/min-cm2 water flow rate

filter diam.

37 mm

thickness

0.031-0.039 in.

shipped in

ambient

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General description

Absorbent Pad 37 mm, cellulose support pads are used to reinforce filters in Millipore′s monitors for contamination analysis. When saturated with growth medium, they can also be used for culturing microorganisms on membranes. Comes in a pack of 100.

Application

  • Air monitoring
  • Environmental monitoring
  • Aerosol contamination monitoring
  • Protecting membrane filters during high pressure or fast flow conditions

Certificates of Analysis (COA)

Search for Certificates of Analysis (COA) by entering the products Lot/Batch Number. Lot and Batch Numbers can be found on a product’s label following the words ‘Lot’ or ‘Batch’.

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Kwang-Zin Lee et al.
Cell host & microbe, 20(6), 716-730 (2016-11-28)
Besides digesting nutrients, the gut protects the host against invasion by pathogens. Enterocytes may be subjected to damage by both microbial and host defensive responses, causing their death. Here, we report a rapid epithelial response that alleviates infection stress and protects
Chuqin Huang et al.
Frontiers in immunology, 11, 478958-478958 (2021-03-23)
The humoral immune response to bacterial or fungal infections in Drosophila relies largely on a transcriptional response mediated by the Toll and Immune deficiency NF-κB pathways. Antimicrobial peptides are potent effectors of these pathways and allow the organism to attack
Stefanie Limmer et al.
Proceedings of the National Academy of Sciences of the United States of America, 108(42), 17378-17383 (2011-10-12)
An in-depth mechanistic understanding of microbial infection necessitates a molecular dissection of host-pathogen relationships. Both Drosophila melanogaster and Pseudomonas aeruginosa have been intensively studied. Here, we analyze the infection of D. melanogaster by P. aeruginosa by using mutants in both

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