Let's file this one under "Cultural Differences Between Chemists and Biologists". Have any of my chemistry colleagues out there noticed the difference in presentation detail between the two disciplines?
It's struck me several times over the years. Biologists seem, on average, to go into much more granular detail about their experiments when presenting to a mixed audience than do most chemists. Buffers, buffers that worked a little better, buffers that worked a bit worse, the brand of the sizing column, western blot after western blot. The usual chemistry comment was always "Hey, I don't show pictures of my TLC plates", but eventually I suppose we'll need to come up with another line as LC/MS takes over the world.
Even presenting among their own tribe, most chemists don't (to me) seem to go to the level of detail that I often see from protein purification people or pharmacologists. My theory is that most forms of biology still have so many hidden variables in them (since it's an intrinsically more complex and less understood science) that all the details need to be specified. Organic chemistry, for all its troubles, still tends to be more reproducible, on average, than molecular biology, and at a less picky level of detail
That's why chemists don't often feel the need to go into details even in a room full of chemists: "We had the bromide, so we made these coupled products, and then we made these by reductive amination. . ." substitutes for "We had the aryl bromide, so we reacted it with a list of boronic acids under palladium-catalyzed coupling conditions to give these products, each of which still has the aldehyde in the 3-position, which we purified by chromatography in an ethyl acetate/hexane gradient over 8-gram ISCO silica gel cartridges. We then reacted them with a list of amines using sodium triacetoxyborohydride in dichloromethane at room temperature, followed by a chromatography in 1 to 5% methanol/dichloromethane. . . ". Each of those steps has plenty of other options - different reagent combinations, solvents, etc., and if some colleague needs to reproduce your work, they'll check your notebook or ask you "Hey, what did you guys use for those Suzukis? Dppf? Yuck."
We certainly won't go into that level of detail in a room half full of biologists - it's mostly "We made these, and these, and these", which spares everyone. No TLC plates, no LC/MS traces, no NMR spectra. But they're available if you want 'em.