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Merck

BAH136800040

Flowmi® Cell Strainers

porosity 40 μm, for 1000 uL Pipette Tips, pack of 50 ea

Sinónimos:

136800040, H13680-0040, compact laboratory sample filters, facs sample filtration, small sample filter, small sample pipette tip filter, tip strainer

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Código UNSPSC:
41104932
NACRES:
NB.01

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Materiales

white

esterilidad

sterile

envase

pack of 50 ea
pkg of (supplied in a tray)

fabricante / nombre comercial

Bel-Art H13680-0040

tamaño de poro

40 μm porosity

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Este artículo
BAH136800070WHA10370172WHA10370105
Flowmi® Cell Strainers porosity 40 μm, for 1000 uL Pipette Tips, pack of 50 ea

BAH136800040

Flowmi® Cell Strainers

Flowmi® Cell Strainers porosity 70 μm, for 1000 uL Pipette Tips, pack of 50 ea

BAH136800070

Flowmi® Cell Strainers

Whatman® glass microfiber filters with inorganic binder, Grade GF 8 W × L 60 mm × 90 mm

WHA10370172

Whatman® glass microfiber filters with inorganic binder, Grade GF 8

Whatman® glass microfiber filters with inorganic binder, Grade GF 8 diam. 90 mm

WHA10370105

Whatman® glass microfiber filters with inorganic binder, Grade GF 8

material

white

material

white

material

sheets white glass microfiber filter (with inorganic binder)

material

circles white glass membrane (with inorganic binder)

sterility

sterile

sterility

sterile

sterility

non-sterile

sterility

-

packaging

pack of 50 ea

packaging

pack of 50 ea, pkg of (supplied in a tray)

packaging

pkg of 100 ea

packaging

pkg of 100 ea

manufacturer/tradename

Bel-Art H13680-0040

manufacturer/tradename

Bel-Art H13680-0070

manufacturer/tradename

Whatman 10370172, Whatman Article No. 28414772 (US reference)

manufacturer/tradename

Whatman 10370105, Whatman Article No. 28414766 (US reference)

pore size

40 μm porosity

pore size

70 μm porosity

pore size

~3.0 μm (Grade GF 8)

pore size

~3.0 μm (Grade GF 8)

Descripción general

Scienceware® Flowmi Cell Strainers provide fast and efficient filtering of small volume samples (up to 1000μl) prior to FLOW or Analysis. Patent pending.

Aplicación

  • Flow cytometry
  • Cell filtration and separation

Características y beneficios

  • Preserves volume when filtering small sample volumes
  • Decreases the potential for clogging of FLOW or FACS
  • instruments by effectively filtering cellular debris
  • Use with your favorite pipette tips; Flowmi fits most 1000μl tips including Fisherbrand Sure-One, VWR brand, Axygen, Nichiryo and Eppendorf and more
  • Compact tray holds 50 Flowmi Cell Strainers ready for press and fit attachment to your tip; features a sliding cover for easy, one-handed use
  • Packaged in a re-sealable bag to maintain sterility when used in laminar flow hoods

Otras notas

Recommended for use with samples having a maximum concentration of 2MM cells/ml.

Información legal

Flowmi is a registered trademark of Bel-Art Products, a division of SP
Scienceware is a registered trademark of Bel-Art Products, a division of SP

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Zong Miao et al.
PLoS genetics, 16(9), e1009018-e1009018 (2020-09-15)
Reverse causality has made it difficult to establish the causal directions between obesity and prediabetes and obesity and insulin resistance. To disentangle whether obesity causally drives prediabetes and insulin resistance already in non-diabetic individuals, we utilized the UK Biobank and
Marcus Alvarez et al.
Scientific reports, 10(1), 11019-11019 (2020-07-06)
Single-nucleus RNA sequencing (snRNA-seq) measures gene expression in individual nuclei instead of cells, allowing for unbiased cell type characterization in solid tissues. We observe that snRNA-seq is commonly subject to contamination by high amounts of ambient RNA, which can lead
Pavlo A Nesterenko et al.
Proceedings of the National Academy of Sciences of the United States of America, 118(3) (2021-01-13)
T cell receptors (TCRs) are generated by somatic recombination of V/D/J segments to produce up to 1015 unique sequences. Highly sensitive and specific techniques are required to isolate and identify the rare TCR sequences that respond to antigens of interest.
Jeremy Lotto et al.
Cell, 183(3), 702-716 (2020-10-31)
The cellular complexity and scale of the early liver have constrained analyses examining its emergence during organogenesis. To circumvent these issues, we analyzed 45,334 single-cell transcriptomes from embryonic day (E)7.5, when endoderm progenitors are specified, to E10.5 liver, when liver

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