University of Brighton

Drexel University

Ucl Business Plc

Neoteryx, LLC

Immuntrix Therapeutics, Inc.

Immutrix Therapeutics, Inc.

Sergey Victorovich Mikhalovsky

Susan Rachel Sandeman

Carol Angela Howell

Yury Gogotsi

Stephen Robert Tennison

Babak Anasori

Fayan Meng

Rajiv Jalan

Anthony Paul Rawlinson

Yishan Zheng

Ganesh Ingavle

Mambet Nuraliyev

Jane MacNaughtan

Michal Kowalski

Oleksandr Prokopovyeh Kozynchenko

Thomas Avery

Gary James Phillips

The present disclosure is directed to methods for scrubbing low levels of urea from aqueous solutions such as a dialysate from dialysis, and including blood and blood products, and devices capable of employing these methods.

MXene sorbent for removal of small molecules from dialysate

Mxene sorbent for removal of small molecules from dialysate

A range of carbon materials can be produced using lignin in combination with synthetic phenolic resins or naturally occurring lingo-cellulosic materials. The lignin, which is essentially a naturally occurring phenolic resin, has a carbon yield on pyrolysis similar to that of the synthetic resins, which aids processing. The lignin can be used as a binder phase for synthetic resin or lignocellulosic materials allowing the production of monolithic carbons from a wide range of precursors, as the primary structural material where the thermal processing is modified by the addition of small quantities of synthetic resin materials or as structure modified in the production of meso/macro porous carbons in either bead, granular or monolithic form. A carbonised monolith is provided comprising mesoporous and/or macroporous carbon particles dispersed in a matrix of microporous carbon particles with voids between the particles defining paths for fluid to flow into and through the structure. The monolith may take the form of a shaped body having walls defining a multiplicity of internal transport channels for fluid flow, the transport channels being directed along the extrusion direction. The monolith may be made by carbonising a shaped phenolic body based on phenolic resin precursors. In a method for producing such a carbonisable shaped resin body solid particles of a first phenolic resin are provided which is partially cured so that the particles are sinterable but do not melt on carbonisation. The particles of the first phenolic resin are mixed with particles of a second phenolic resin that has a greater degree of cure than said first phenolic resin and has a mesoporous and/or macroporous microstructure that is preserved on carbonisation. The resulting mixture is formed into a dough e.g. by mixing the resin particles with methyl cellulose, PEO and water, after which the dough is extruded to form a shaped product and stabilising in its shape by sintering.

Shaped nanoporous bodies

The invention provides porous carbon particles for use in the treatment or prevention of liver disease, wherein at least 20% of the total pore volume is made up of pores having a mean diameter of from 2 to 200 nm and/or wherein the particles comprise micropores of diameter 2 nm or less and small macropores of diameter 50 nm to 500 nm, but substantially no mesopores of diameter greater than 2 nm and less than 50 nm, and substantially no large macropores of diameter greater than 500 nm.

Porous carbon particles for use in the treatment or prevention of liver disease

Whole blood is treated extracorporeally to remove substances contrary to health using mesoporous/microporous or macroporopus/microporous carbon in the form of beads or a channel monolith. The carbon may be the result of carbonizing a mesoporous or macroporous phenolic resin. Substances contrary to health include externally introduced toxins such as bacterially derived staphylococcus enterotoxins A, B, TSST-1 or autologous, biologically active molecules with harmful, systemic effects when their activity is excessive or unregulated. Examples include the removal of inappropriate amounts of pro- or anti-inflammatory molecules and toxic mediators of systemic inflammatory response syndrome related to sepsis, cardio-pulmonary by-pass surgery, ischaemic reperfusion injury; the removal of larger molecular weight and protein bound uremic toxins related to kidney and hepatic toxins related to liver failure and the removal of toxins relevant to biological and chemical warfare.

Carbon and its use in blood cleansing applications

Growing community of inventors

Saltdean, United Kingdom

Sergey Victorovich Mikhalovsky