| 1 | Recovery from rabies,a universally fatal disease显示文摘Background:Rabies is a zoonosis transmitted via the bites of various mammals,primarily dogs and bats.Known since antiquity,this disease may have the deadliest human fatality rates and is responsible for approximately 65,000 deaths worldwide per year.Case presentation:We report the case details of a 13-year-old boy from India belonging to a South Asian ethnicity,who presented with altered sensorium one month following a dog bite.He did not receive the active rabies immunization and was managed with supportive therapy.The patient had extensive T_2 weighted(T_2W)/fluid attenuation and inversion recovery(FLAIR) hyper intensities involving the deep gray matter of the cerebral hemispheres,hippocampus,brainstem,and cerebellum.The diagnosis was confirmed by the demonstration of the rabies antigen from a nuchal skin biopsy and a corneal smear.The patient had a slow but significant recovery over four months and was discharged from the hospital in stable condition with severe neurological sequelae.Conclusion:We report a unique case of survival after infection with a universally fatal disease. | S.Manoj A.Mukherjee S.Johri K.V.S.Hari Kumar | 2016 | Journal of Medical Colleges of PLA(China)2016，31，4： | 1 |
| 2 | Effect of Flow Field Geometry on Hydrodynamics of Flow in Redox Flow Battery显示文摘This study computationally investigates the hydrodynamics of different serpentine flow field designs for redox flow batteries,which considers the Poiseuille flow in the flow channel and the Darcy flow porous substrate.Computational Fluid Dynamics(CFD)results of the in-house developed code based on Finite Volume Method(FVM)for conventional serpentine flow field(CSFF)agreed well with those obtained via experiment.The deviation for pressure drop(ΔP)was less than 5.1%for all the flow rates,thus proving the present CFD analysis’s validity on the modified variation of serpentine flow fields.Modified serpentine flow field-2(MSFF2)design provided least pressure drop across the channel and maximum velocity penetration across the porous substrate when compared to the other designs.This increases its wetting ability,which is very important in terms of mass transfer over potential for electrochemical reaction happening in the porous substrate to achieve effective electrochemical cell performance. | M.Narendra Kumar S.Manoj Kumar G.C.Vijayakumar K.Kadirgama M.Samykano Krishna Venkatesh H.B.Murlidhara | 2022 | Energy Engineering2022，119，1： | 0 |
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