Bone is very autofluorescent, so most dyes that excite in the visible range also excite substances present in bone itself, making it hard to find the specific signal generated by the dye-conjugated antibody. However, I noticed when using DAPI, an intercalating DNA stain used to light up the nuclei, that the background is almost totally black, meaning that bone isn’t autofluorescent in the UV range, where DAPI excites. So, I figured that all I would have to do is find a secondary antibody conjugated to a dye that excites in the UV range, and I should be able to do IHC with little background.
Recent Posts
- How to root & install a custom ROM on the AT&T Nexus S running Android OS 2.3.4 (Windows or Ubuntu 11.04)
- Criticize tag clouds if you must, but this does give you a good summary of my research at a glance
- Real innovation in scientific publishing
- Public anywhere is public everywhere.
- If I published in or reviewed for PLoS, I’d be pissed off too.
Blogroll
- Bench Marks
- Bioinformatics Zen
- dataisnature.com
- Freelancing science
- Genomics, Evolution, and Pseudoscience
- Health vs. Medicine
- HubLog
- Nascent
- Nature blogs, filtered
- Nature Precedings
- Notes from the biomass
- Oracy
- Partial Immortality
- PredictER Blog
- Research Remix
- ScienceRoll
- The Niche
- The Scientific Activist
- The Seven Stones
- VentureBeat Life Sciences
- What You’re Doing Is Rather Desperate
Mendeley Related Research
Readers
2
Readers
Readers
0
Readers
Readers
Staining of phagocytized Cryptococcus neoformans with DAPI.
Grossgebauer. (1983)
47
Readers
Readers
Alexa dyes, a series of new fluorescent dyes that yield exceptionally bright, photostable conjugates.
Panchuk-Voloshina et al. (1999)
0
Readers
Readers
Chromosome CPD(PI/DAPI)- and CMA/DAPI-banding patterns in Allium cepa L.
Kim et al. (2002)

Recent Comments