Perfusion and metabolic restoration of organs
OwnerZvonimir Vrseljainventor
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Abstract
Systems, devices, and methods for managing air gaps in a semiconductor device are provided. In one aspect, a method includes removing coelomic fluid from an exterior surface of the worms using a drying agent; removing blood from the worms; performing centrifugation on the blood to generate a blood supernatant; concentrating, by a tangential flow filtration system with a single membrane, the blood supernatant to form a concentrated blood product; and performing, by the tangential flow filtration system, tangential flow filtration of a diafiltration mixture comprising the concentrated blood product.
Claims20
A method for isolating extracellular hemoglobin protein from worms, the method comprising:
- removing coelomic fluid from an exterior surface of the worms using a drying agent;
- removing blood from the worms;
- performing centrifugation on the blood to generate a blood supernatant;
- concentrating, by a tangential flow filtration system with a single membrane, the blood supernatant to form a concentrated blood product;
- and
- performing, by the tangential flow filtration system, diafiltration on a diafiltration mixture comprising the concentrated blood product to obtain a final blood product.
A system for isolating extracellular hemoglobin protein from worms, the system comprising:
- a device for removing blood from the worms;
- a centrifuge configured to perform centrifugation on the blood to generate a blood supernatant;
- and
- a tangential flow filtration system with a single membrane, the tangential flow filtration system configured to concentrate the blood supernatant to form a concentrated blood product and to perform diafiltration on a diafiltration mixture comprising the concentrated blood product to isolate the extracellular hemoglobin protein from the blood.
Dependencies are inferred from the claim text.