A 22-year-old man with a 2-year history of heroin vapor inhalation developed spongiform leukoencephalopathy and underwent clinical and home-based rehabilitative treatments. Activities of daily living were measured usi...A 22-year-old man with a 2-year history of heroin vapor inhalation developed spongiform leukoencephalopathy and underwent clinical and home-based rehabilitative treatments. Activities of daily living were measured using the Functional Independence Measure at discharge and at 6, 12, and 24 months after discharge. His neurological symptoms gradually disappeared with rehabilitative treatment, and the functional scale scores increased from 55 on admission to 105 at 24 months after discharge. These results suggest that home-based rehabilitation was effective in ameliorating the pathology and improving activities of daily living in this patient with heroin-induced spongiform leukoencephalopathy.展开更多
Previously we reported the synthesis of novel organic-inorganic compo- site indium tin oxide （ITO） foam precursor leading to the formation of ＂sponge-like＂ ITO by burning away the organics, This newly made sponge-...Previously we reported the synthesis of novel organic-inorganic compo- site indium tin oxide （ITO） foam precursor leading to the formation of ＂sponge-like＂ ITO by burning away the organics, This newly made sponge-like ITO possesses relatively high electrical conductivity due to phonon confinement with reasonable pore structure and may have potential application as functional materials in semiconducting dye absorbing layer in dye-sensitized solar cell （DSSC） and also as the receptor of electrons injected from the quantum dots （QDs） of organic-inorganic hybrid QD based solar cell. This report is a short review of ＂sponge-like＂ ITO described as a lecture note on its future use as an alternative new prospective material for photoanode of solar cell in the domain of sustainable energy,展开更多
Graphene sponge(GS) is a porous 3D structure of graphene. Although hydrothermal reduction, chemical vapor deposition, solution reduction and high temperature annealing could be used for the preparation of GS, the size...Graphene sponge(GS) is a porous 3D structure of graphene. Although hydrothermal reduction, chemical vapor deposition, solution reduction and high temperature annealing could be used for the preparation of GS, the size and shape cannot be well controlled. Herein, we reported a facile method to prepare GS under mild condition in a size and shape controllable way. Graphene oxide was lyophilized to form the spongy structure and reduced by steamy hydrazine hydrate to produce GS. The size and shape of GS prepared were nearly identical to that of the container. The reduction degree of GS could be regulated by the reduction temperature and time.展开更多
基金supported by Project of Science and Technology Department of Hunan Province, No. 2009SK3171
文摘A 22-year-old man with a 2-year history of heroin vapor inhalation developed spongiform leukoencephalopathy and underwent clinical and home-based rehabilitative treatments. Activities of daily living were measured using the Functional Independence Measure at discharge and at 6, 12, and 24 months after discharge. His neurological symptoms gradually disappeared with rehabilitative treatment, and the functional scale scores increased from 55 on admission to 105 at 24 months after discharge. These results suggest that home-based rehabilitation was effective in ameliorating the pathology and improving activities of daily living in this patient with heroin-induced spongiform leukoencephalopathy.
文摘Previously we reported the synthesis of novel organic-inorganic compo- site indium tin oxide （ITO） foam precursor leading to the formation of ＂sponge-like＂ ITO by burning away the organics, This newly made sponge-like ITO possesses relatively high electrical conductivity due to phonon confinement with reasonable pore structure and may have potential application as functional materials in semiconducting dye absorbing layer in dye-sensitized solar cell （DSSC） and also as the receptor of electrons injected from the quantum dots （QDs） of organic-inorganic hybrid QD based solar cell. This report is a short review of ＂sponge-like＂ ITO described as a lecture note on its future use as an alternative new prospective material for photoanode of solar cell in the domain of sustainable energy,
基金financial support from the China Natural Science Foundation (No. 201307101)the Science and Technology Department of Sichuan Province (No. 20134FZ0060)+2 种基金Top-notch Young Talents Program of Chinathe Project of Postgraduate Degree ConstructionSouthwest University for Nationalities (No. 2015XWD-S0703)
文摘Graphene sponge(GS) is a porous 3D structure of graphene. Although hydrothermal reduction, chemical vapor deposition, solution reduction and high temperature annealing could be used for the preparation of GS, the size and shape cannot be well controlled. Herein, we reported a facile method to prepare GS under mild condition in a size and shape controllable way. Graphene oxide was lyophilized to form the spongy structure and reduced by steamy hydrazine hydrate to produce GS. The size and shape of GS prepared were nearly identical to that of the container. The reduction degree of GS could be regulated by the reduction temperature and time.
