BeeRich
Sous Chef
Well, the application of reverse sear is for an application of direct heat which finishes the steak. Any steak I would prepare would be through this method. There are only 2 ways you would be making a steak with any sort of variation, either forward or reverse sear. Otherwise it's just a slow broil which is like a bake, or you kick the snot out of it at high temp, which is really strange, unless you like your steak blue. Reverse sear is called either Chicago, or Pittsburgh, with Chicago being as close to medium in the middle, and Pittsburgh being blue. Both usually apply to a rounder cut, often referred to as a Baseball. So I get The Cub, which is the Chicago Baseball, ironically always a winner. And, with that cut, the final sear is induced with garlic butter which flares up and just ... makes heaven.
Big pieces of meat are BBQd. That slow rise in temp denatures proteins, allows the heat to penetrate pretty much evenly, on a slow gradient which renders fat, and eventually hits protein at the right temperature (the plateau for a lot of lipids as well). It also takes the enzymes (proteolytic proteases) through their profile of activity, and eventually denatures them as well. But the connective tissue gets a double shot through both these processes.
Tougher cuts of meat, regardless of size, get braising. High temperature to flavour the meat, then a very moist poaching for a long time, which pretty much renders through temperature.
Big pieces of meat are BBQd. That slow rise in temp denatures proteins, allows the heat to penetrate pretty much evenly, on a slow gradient which renders fat, and eventually hits protein at the right temperature (the plateau for a lot of lipids as well). It also takes the enzymes (proteolytic proteases) through their profile of activity, and eventually denatures them as well. But the connective tissue gets a double shot through both these processes.
Tougher cuts of meat, regardless of size, get braising. High temperature to flavour the meat, then a very moist poaching for a long time, which pretty much renders through temperature.