Showing 1-50 of 3907 Per page: 50 100
Name Art no Species Reactivity Application Conjugation Size Price
609-604-213
human
Alexa Fluor 647
0.1 mg
128-007-232
mammals
Unconjugated
0.25 mg
109-405-170
human
Gold
1 ml
016-400-084
Gold
1 ml
300-055-240
synthetic
AP
0.1 ml
300-065-240
synthetic
ELISA, FC, ICC, IHC, WB
Biotin
0.1 ml
300-625-240
synthetic
IF, FC
Alexa Fluor 680
0.1 mg
303-405-003
chicken
Gold
1 ml
128-007-230
mammals
Unconjugated
0.25 mg
128-547-230
mammals
IF, FC
Alexa Fluor 488
0.25 mg
128-547-232
mammals
IF, FC
Alexa Fluor 488
0.25 mg
128-167-230
mammals
IF
Cy3
0.25 mg
009-400-003
Gold
1 ml
609-544-213
human
Alexa Fluor 488
0.1 mg
615-544-214
mouse
Alexa Fluor 488
0.1 mg
611-164-215
rabbit
AMCA, Cy3
0.1 mg
209-032-241
human
HRP
0.5 ml
003-580-003
Alexa Fluor 594
1 mg
005-130-003
IF, FC
APC
0.5 ml
002-000-003
Unconjugated
10 mg
009-060-050
Biotin
1 mg
009-540-006
IF, FC
Alexa Fluor 488
1 mg
009-160-006
IF
Cy3
1 mg
009-030-011
HRP
1 mg
012-470-003
IF, FC
DyLight 405
1 mg
012-060-003
Biotin
1 mg
011-000-001
Block
Unconjugated
2 ml
009-540-007
IF, FC
Alexa Fluor 488
1 mg
009-060-012
Biotin
1 mg
009-540-012
IF, FC
Alexa Fluor 488
1 mg
013-000-002
Block
Unconjugated
10 mg
009-060-051
Biotin
1 mg
009-600-008
IF, FC
Alexa Fluor 647
1 mg
012-030-050
HRP
1 mg
011-000-052
Unconjugated
5 ml
009-030-007
HRP
1 mg
706-626-148
guinea pig
IF, FC
Alexa Fluor 680
0.3 mg
109-115-190
human
IF, FC
PE
1 ml
711-405-152
rabbit
Gold
1 ml
109-136-190
human
IF, FC
APC
0.5 ml
109-546-190
human
IF, FC
Alexa Fluor 488
0.75 mg
305-006-008
goat
Unconjugated
1 mg
304-155-003
dog/canine
IF
AMCA
1.5 mg
304-295-008
dog/canine
IF
Rhodamine
1.5 mg
304-475-008
dog/canine
IF, FC
DyLight 405
1 mg
305-095-047
goat
IF, FC
FITC
1 mg
305-055-046
goat
ELISA, WB
AP
0.5 ml
712-035-150
rat
ELISA, ICC, IHC, WB
HRP
0.5 ml
712-066-150
rat
ELISA, FC, ICC, IHC, WB
Biotin
0.3 ml
709-475-149
human
IF, FC
DyLight 405
0.5 mg

Advancing Multiplexing in Immunofluorescence with Specific Secondary Antibodies from Jackson ImmunoResearch

Cells employ millions of proteins to perform cellular function. Thanks to the advance microscope techniques, we can visualize them by employing antibodies that specifically detects the protein of interest. Spatial proteomics have increased our understanding of protein localization in time and space thereby shedding lights on to its function in health, ageing and diseases.