Fungal Laccases and their Biotechnological Significances in the Current Perspective: A Review

Rapid In Situ Encapsulation of Laccase into Metal‐Organic Framework Support (ZIF‐8) under Biocompatible Conditions

“…Any enhancement in thermostability of enzyme can make it robust and extend its applicability in industry. To assess thermostability of immobilized laccase, a range of temperature was studied to determine optimum temperature . Free laccase and Lac‐MOF composite were incubated at 50, 55, 60, 65 and 70 °C for 1 h and monitored for their residual activity at the interval of every 10 min (Figure a‐b).…”

Headway in rhodanide anion based ternary gel polymer electrolytes (TILGPEs) for applications in rechargeable lithium ion batteries: an efficient route to achieve high electrochemical and cycling performances

“…Such dissimilarity in thermal stability is attributed to the increase in content of electrolyte mixture in polymer matrix which is in concurrent with earlier reported result. 26 Also, the temperature at around 256 C for initiating thermal decomposition of TILGPEs is higher than the reported thermal stability of other imidazolium based ionic liquids complexed with PVdFco-HFP. 38…”

“…Quite a lot of anions based electrolyte mixtures such as TFSI À , CF 3 SO 3 À , BF 4 À , nonaate are successfully used as gel polymer electrolytes in lithium-ion battery. [23][24][25][26][27][28] Among them, rhodanide anion (familiarly known as thiocyanate SCN À ) is believed to be most promising anion for electrolyte preparation because it has a strong electron withdrawing group, possesses a lower LUMO (Low Unoccupied Molecular Orbital) and a higher electrochemical stability for wide electrochemical window towards batteries with high energy. 29,30 In the present study, we report a new class of ternary gel polymer electrolyte (TILGPEs) membranes prepared by encompassing rhodanide anion based lithium salt and ionic liquid [1-ethyl-3methylimidazolium rhodanide (EMImSCN)] into a PVdF-co-HFP matrix.…”

Polymerelektrolyte auf Basis ionischer Flüssigkeiten für Batterieanwendungen

“… a) Li + ‐Koordination und c) Li + ‐Transportmechanismen (aus Lit. 36) in PEO‐basierten binären Polymerelektrolyten. Li + ‐Koordination in ternären Polymerelektrolyten mit b) aktiven Polymeren (z.…”

“…2013 führten Chaurasia et al. Raman‐Untersuchungen an ternären Systemen mit IM 14 PF 6 und dem entsprechenden Lithiumsalz in PEO durch 36. Polymer‐Kationen‐Wechselwirkungen zwischen Ethergruppen und Lithium oder Imidazolium wurden ebenso identifiziert wie Kontaktionenpaare beider Kationen mit PF 6 − .…”