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G4776

Grids for transmission electron microscopy

grid size 200 mesh × 125 μm pitch, copper

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About This Item

NACRES:
MA.01
UNSPSC Code:
41100000
Pricing and availability is not currently available.
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material

copper

description

Regular grids with center mark and solid border

packaging

vial of 100 grids

diam.

3.05 mm

grid size

200 mesh × 125 μm pitch

hole W

97 μm

open area size

55%

Application

Grids for transmission electron microscopy has been used to collect ultrafine sections of murine macrophage cell line during transmission electron microscopy (TEM).

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This Item
G2278G1528G5401
packaging

vial of 100 grids

packaging

vial of 25 grids

packaging

vial of 100 grids

packaging

vial of 100 grids

material

copper

material

nickel

material

nickel

material

gold

grid size

200 mesh × 125 μm pitch

grid size

1000 mesh × 25 μm pitch

grid size

100 mesh × 250 μm pitch

grid size

400 mesh × 62 μm pitch

diam.

3.05 mm

diam.

3.05 mm

diam.

3.05 mm

diam.

3.05 mm

open area size

55%

open area size

55%

open area size

69%

open area size

44%

description

Regular grids with center mark and solid border

description

Thin-bar grids

description

Regular grids with center mark and solid border

description

Regular grids with center mark and solid border


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Vanessa Cohignac et al.
Autophagy, 14(8), 1323-1334 (2018-06-26)
Nanoparticles (NPs) can be toxic, depending on their physico-chemical characteristics. Macroautophagy/autophagy could represent a potential underlying mechanism of this toxicity. We therefore set up a study aimed to characterize in depth the effects, on autophagy, of macrophage exposure to NPs



Global Trade Item Number

SKUGTIN
G4776-1VL04061838050502