Theise discussed even more that the collagen that makes up the interstitium is piezoelectric.2,3 It can transform mechanical force into electrical currents that may carry charged molecules through the interstitium. Once you see it, youve seen it; like as soon as youve seen the interstitium, you cant unsee it,” he said.The interstitium was long overlooked by surgeons and pathologists as a by-product of biology and tissue processing.Yet the interstitiums extremely complicated net is far from easy to envision. Theise and his associates have broken down the job, mapping the interstitium organ by organ to expose the connection of areas within and in between tissues and organs.7 In doing so, Theise also creates interconnections throughout scientific and medical subspecialities.
The human body is enmeshed in a complex internal web of living spaces known as the interstitium.1 These fractal-like structures create a huge honeycomb network of fluid-filled openings within and between tissues and organs that acts and covers the body as a road. The interstitium might be the missing piece of the puzzle that helps describe the interconnectivity between every cell, tissue, organ, and hidden crevice in the body. Theise explained even more that the collagen that makes up the interstitium is piezoelectric.2,3 It can transform mechanical force into electrical currents that might carry charged molecules through the interstitium. Once you see it, youve seen it; like once youve seen the interstitium, you cant unsee it,” he said.The interstitium was long overlooked by surgeons and pathologists as a byproduct of biology and tissue processing.Yet the interstitiums extraordinarily complicated web is far from simple to envision. Theise and his coworkers have actually broken down the job, mapping the interstitium organ by organ to expose the continuity of areas within and in between tissues and organs.7 In doing so, Theise also creates affiliations across medical and scientific subspecialities.
