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Just a point to understand….all the proteases mention, do dissolve fibrin which is the netting within a blood clot, the d-dimer blood test shows the level of fibrinolysis that is occurring…an indicator of fibrin clot breakdown.here’s where it gets interesting…aspirin works in a similar way…a medium sized clot in a lung (pulmonary embolis…
Just a point to understand….all the proteases mention, do dissolve fibrin which is the netting within a blood clot, the d-dimer blood test shows the level of fibrinolysis that is occurring…an indicator of fibrin clot breakdown.Here’s where it gets interesting…aspirin works in a similar way…a medium sized clot in a lung (pulmonary embolism) can take three to six months to dissolve using aspirin…but two weeks using nattokinase.
The fibrin under high end microscopic analysis looks like and shows all the signs of lamellar fibers assosciated with coacervates and colloidal materials. The colors are bright and highly unusual, some of the fibrin like structures are squiggly at times and intertwined with the nanotechnology materials as if related also. The papers showing these constituents were uncanny. The natural process of fibrin occurance has similarities to the lamellar structures found to be involved in colloidal nanamaterials. More on this soon. Recently took some epic quality images of these not so fibrin fibrin structures and their interaction with the technology is extremely notable. But more evidence will come in the future. Raman microscopy and hplc.