I am writing in response to JimBeaux82's post "TSX bullet performance and meat damage" but moving the discussion into a little different direction. In discussions on Mr. JimBeaux82's post more than one person mentioned that unexpected things sometimes happen in actual field use. I also have noticed varying amounts of "meat damage" and "blood shot meat" when dressing out deer.
I have a theory that a contributing factor to the amount of "blood shot" damage a hunter sees when butchering his game is whether or not the heart stops when the bullet hits. Blood doesn't flow unless the heart is beating. My theory is that if an animal is shot and the heart is still beating that the heart pumps blood into the bullet damaged area and causes the heavy blood clots that we call "blood shot" meat. Whereas, if an animal is shot and the heart stops beating on impact, there will be less blood clots or "blood shot" meat.
I am sure many of us have seen times when an animal ran 30 - 50 yards after being hit in the chest and left a "good" blood trail, and similar times when there was no blood trail. I think the difference is whether or not the heart had stopped beating. If the heart is not stopped you get a good blood trail. If the heart stopped, you don't get a good blood trail.
A few years ago I stalked up on a feeding doe and shot it with a borrowed 30-30. I wasn't used to the heavier trigger and I pulled my shot low. I didn't know it at the time I shot. I assumed I had placed the bullet in the chest. When I tracked out the deer I found absolutely no blood on the snow. There was only one drop of blood under the body where it lay. Upon dressing it out, I found that I had NOT penetrated the body cavity at all, but had only grazed the brisket. The bullet impact on the brisket had bruised the heart and caused it to stop. There was a literal bruise on the heart. I like to tell people that I scared the deer to death. Dead deer - no blood trail.
I also believe that a beating heart will also tend to distribute adrelene and other stress related chemicals throughout a wounded deer. Some of the toughest, worse tasting venison I have had came from wounded deer that had to be tracked done and dispatched. Some of the tenderest and best tasting venison came from deer with spine and heart shots.
In conclusion, I think that some of the bullet performance "discrepancies" are related to whether or not the animal's heart stopped upon bullet impact.
I have a theory that a contributing factor to the amount of "blood shot" damage a hunter sees when butchering his game is whether or not the heart stops when the bullet hits. Blood doesn't flow unless the heart is beating. My theory is that if an animal is shot and the heart is still beating that the heart pumps blood into the bullet damaged area and causes the heavy blood clots that we call "blood shot" meat. Whereas, if an animal is shot and the heart stops beating on impact, there will be less blood clots or "blood shot" meat.
I am sure many of us have seen times when an animal ran 30 - 50 yards after being hit in the chest and left a "good" blood trail, and similar times when there was no blood trail. I think the difference is whether or not the heart had stopped beating. If the heart is not stopped you get a good blood trail. If the heart stopped, you don't get a good blood trail.
A few years ago I stalked up on a feeding doe and shot it with a borrowed 30-30. I wasn't used to the heavier trigger and I pulled my shot low. I didn't know it at the time I shot. I assumed I had placed the bullet in the chest. When I tracked out the deer I found absolutely no blood on the snow. There was only one drop of blood under the body where it lay. Upon dressing it out, I found that I had NOT penetrated the body cavity at all, but had only grazed the brisket. The bullet impact on the brisket had bruised the heart and caused it to stop. There was a literal bruise on the heart. I like to tell people that I scared the deer to death. Dead deer - no blood trail.
I also believe that a beating heart will also tend to distribute adrelene and other stress related chemicals throughout a wounded deer. Some of the toughest, worse tasting venison I have had came from wounded deer that had to be tracked done and dispatched. Some of the tenderest and best tasting venison came from deer with spine and heart shots.
In conclusion, I think that some of the bullet performance "discrepancies" are related to whether or not the animal's heart stopped upon bullet impact.