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Injectable Bioresorbable Organic Bioelectronics Neuropharmacology—our ambition is to supplement classical biochemical signaling with the modulation of bioelectricity using both ionic and electronic processes. We focus on organic electronics that self-assemble directly inside or near the nervous system to form electronic circuits that mimic its structure and organization, enabling seamless integrat
Grain boundary interaction with second-phase particles having different degrees of coherency is investigated using the phase field crystal (PFC) method. Both the enveloping and pass-through mechanisms are studied with regards to grain boundary pressure, passage time and interface evolution. It is found that coherent particles exert a stronger retardation effect on grain boundaries compared to inco
Avdelningen Studieadministrativa system ansvarar bland annat för systemen Ladok, Lubas och SUNET Survey. Avdelningen arbetar med systemförvaltning samt systemadministration och ger utbildning och service till användarna.Study Administration Systems have responsibility for the Ladok, Lubas and SUNET Survey systems, among others. The unit works on system management and system administration and provides training and service to users. More information for staff: https://www.staff.lu.se/study-administration-systems
The use of enzymes in industrial applications has been recognised for providing clean processes with minimal impact on the environment. This thesis presents studies on engineering of enzymes and enzyme-based processes in the light of green chemistry and environmental sustainability, and focuses on three hydrolases: esterase, lipase and phytase. The use of esterase has been investigated to provide
Hydrogen holds a great promise as an efficient and clean future energy carrier due to its high energy density and lack of pollutant generation. Anaerobic degradation of organic substrates by heterotrophic microorganisms enables the production of hydrogen from a wide spectrum of agricultural feedstock and waste products. Using thermophiles in this process is preferable for maximizing the substrate
