.... for I am fearfully and wonderfully made... Psalm 139:14
"Scientists use fluorescent tags to shine light on the biggest proteins in the human body.
The caption of a photo in Medical Xpress is boring, but the photo itself is ready for Christmas!
It’s a microphoto of the giant protein titin—largest protein in the human body—lit up in Christmas lights. Titin is essential to our muscles. The caption reads, “Remodelling of cardiomyocytes includes sarcomere assembly and growth (red and green stripes, 12 hours).”
OK, now the plain English: cardiomycetes are heart cells. Sarcomeres are muscle structures containing titin. The cells come together (“remodelling”) in a programmed way to form sarcomeres, which make up our muscle fibers. But how did they get such a Christmasy picture at Max Delbrück Center for Molecular Medicine?
The Christmas lights are added on for effect, just like people place lights on Christmas trees. But the structure itself, with its regular patterns looking like limbs on a Christmas fir tree, is very real. And when the lights go on, the tree itself becomes an object of beauty, just like the Christmas tree was beautiful in the forest.
The scientists at MDC were surprised to find that titin is much more dynamic than earlier believed.
It’s not just an idle scaffold.
As we work our muscles, many coordinated steps are taking place at the cellular level beyond our normal experience. Scientists are just peering now into the secrets that people have been relying on for every finger, arm, leg movement and heartbeat since the dawn of creation."
CEH
"Scientists use fluorescent tags to shine light on the biggest proteins in the human body.
The caption of a photo in Medical Xpress is boring, but the photo itself is ready for Christmas!
It’s a microphoto of the giant protein titin—largest protein in the human body—lit up in Christmas lights. Titin is essential to our muscles. The caption reads, “Remodelling of cardiomyocytes includes sarcomere assembly and growth (red and green stripes, 12 hours).”
OK, now the plain English: cardiomycetes are heart cells. Sarcomeres are muscle structures containing titin. The cells come together (“remodelling”) in a programmed way to form sarcomeres, which make up our muscle fibers. But how did they get such a Christmasy picture at Max Delbrück Center for Molecular Medicine?
The Christmas lights are added on for effect, just like people place lights on Christmas trees. But the structure itself, with its regular patterns looking like limbs on a Christmas fir tree, is very real. And when the lights go on, the tree itself becomes an object of beauty, just like the Christmas tree was beautiful in the forest.
The scientists at MDC were surprised to find that titin is much more dynamic than earlier believed.
It’s not just an idle scaffold.
It moves in a choreographed dance.
Everything in the insertion is coordinated carefully so that the heart never skips a beat. As we work our muscles, many coordinated steps are taking place at the cellular level beyond our normal experience. Scientists are just peering now into the secrets that people have been relying on for every finger, arm, leg movement and heartbeat since the dawn of creation."
CEH