clean tweezers and rinse with solvent for
10–15 seconds using a clean solvent bottle.
Note: For thiols with hydrogen-bonding, polar
or bulky head groups, hold sample with clean
tweezers and rinse
conditions, but a full vacuum is
necessary for optimal release.
Pick-up Tools - The largest tweezers tool compatible
with the array size should be used in order to deliver
the maximum twist or rotation
conditions, but a full vacuum is
necessary for optimal release.
Pick-up Tools - The largest tweezers tool compatible
with the array size should be used in order to deliver
the maximum twist or rotation
microtissues have been released.
5. Remove the empty 3D Petri Dish® with a sterile spatula or sterile tweezers.
6. The harvested multi-cellular microtissues remaining in the cell culture medium can be
precautions:
• Be careful when handling the GFET chip that tweezers do not make contact with the device area.
Metallic tweezers should be avoided, as they can damage/scratch the chip edges/surface
Coverslip
Using tweezers carefully place a coverslip
on top of the slide without disturbing the
probe-hybridization buffer mixture.
7e. Place in Hybridization Oven
Using tweezers carefully place
Coverslip
Using tweezers carefully place a coverslip
on top of the slide without disturbing the
probe-hybridization buffer mixture.
7e. Place in Hybridization Oven
Using tweezers carefully place
precautions:
• Be careful when handling the graphene FET chip. Tweezers should not contact the device area directly.
Metallic tweezers should be avoided, since they can damage/scratch the chip’s surface
thickness blotting paper and dispose.
Carefully remove the gel. Carefully remove the
membrane with tweezers and place on blotting
paper. Dispose of the QuickDraw sheets. Rinse
each tray with deionized water
thickness blotting paper and dispose.
Carefully remove the gel. Carefully remove the
membrane with tweezers and place on blotting
paper. Dispose of the QuickDraw sheets. Rinse
each tray with deionized water
thickness blotting paper and dispose.
Carefully remove the gel. Carefully remove the
membrane with tweezers and place on blotting
paper. Dispose of the QuickDraw sheets. Rinse
each tray with deionized water
thickness blotting paper and dispose.
Carefully remove the gel. Carefully remove the
membrane with tweezers and place on blotting
paper. Dispose of the QuickDraw sheets. Rinse
each tray with deionized water
thickness blotting paper and dispose.
Carefully remove the gel. Carefully remove the
membrane with tweezers and place on blotting
paper. Dispose of the QuickDraw sheets. Rinse
each tray with deionized water
thickness blotting paper and dispose.
Carefully remove the gel. Carefully remove the
membrane with tweezers and place on blotting
paper. Dispose of the QuickDraw sheets. Rinse
each tray with deionized water
sample dipstick from the blood collection area, perforated for easy removal from the
device, with tweezers (for the double-test), and place each sample into a 10 mL screw cap vial containing
1 mL 1.25 M
or
soft-nosed tweezers.
2. Place the filter in a container
of deionized water to wet it
completely.
3. Remove the filter from the water using the forceps
or soft-nosed tweezers and center it on
blade, taking care to include only stained gel.
Lift out the gel piece using clean flat nosed
tweezers.
2. Place the gel piece in a siliconized microtube. A
siliconized tube reduces binding of the
blade, taking care to include only stained gel.
Lift out the gel piece using clean flat nosed
tweezers.
2. Place the gel piece in a siliconized Eppendorf tube
or equivalent. A siliconized tube
slides in the conventional manner and rehydrate
in a descending alcohol series.
Do not use metal tweezers and do not allow any other metal objects to
come into contact with the slides.
The stated times
razor blade, taking care to include only
stained gel. Remove the gel piece using clean flat
nosed tweezers.
Note: The gel piece may be cut into equal sections
of 1 to 1.5 mm size and the sections may
scalpel or razor blade,
taking care to include only stained gel. Lift out the
gel piece using clean tweezers.
2. Place the gel piece in a siliconized tube or
equivalent. A siliconized tube reduces binding
scalpel or razor blade,
taking care to include only stained gel. Lift out the
gel piece using clean tweezers.
2. Place the gel piece in a siliconized tube or
equivalent. A siliconized tube reduces binding
scalpel or razor blade,
taking care to include only stained gel. Lift out the
gel piece using clean tweezers.
2. Place the gel piece in a siliconized tube or
equivalent. A siliconized tube reduces binding
scalpel or razor blade,
taking care to include only stained gel. Lift out the
gel piece using clean tweezers.
2. Place the gel piece in a siliconized tube or
equivalent. A siliconized tube reduces binding
Antibody
Stripping Solution (see Preparation of Reagents for suggested quantities).
2. Using tweezers or forceps, submerge blot or blot strips in stripping solution.
Incubate with gentle mixing for
slides in the conventional manner and rehydrate
in a descending alcohol series.
Do not use metal tweezers and do not allow any other metal objects to
come into contact with the slides.
The stated times
razor blade, taking care to include
only stained gel. Lift the gel piece out with
clean flat-nosed tweezers.
2. Place the gel piece in a siliconized
microcentrifuge tube or equivalent.
Notes: A siliconized
Antibody
Stripping Solution (see Preparation of Reagents for suggested quantities).
2. Using tweezers or forceps, submerge blot or blot strips in stripping solution.
Incubate with gentle mixing for