1、emistry and biology. It is not surprising that most of the licensed antiviral drugs (e.g. Zovirax and AZT) and many anticancer drugs are nucleoside analogues which are able to interfere with nucleic acid biosynthesis in a selective manner. Additionally, much of the recent information on the structur
2、e/function relationship of nucleic acids has come from using DNA/RNA probes that contain a subtle chemical modification. Present work within the group is concerned with studies on the synthesis of novel nucleic acids analogues as both potential therapeutic agents and as probes for understanding the
3、precise mechanism by which nucleic acids fulfill their biological functions。 （相关链接：https:/www.liverpool.ac.uk/chemistry/staff/richard- cosstick/research/） 5. Shchukin 教授新材料，新能源（Prof. Dmitry Shchukin, works on controlled delivery of active agents and energy (electric, bio, thermal) by Layer-by-Layer
4、planar and encapsulation approaches (250 publications, H-factor 60, 10000 citations). He has been awarded by ERC Consolidator grant (2015), ERC Proof-of-concept grant (2017), and RSC Brian Mercer (UK) awards, Nanofutur and ForMat (Germany) prizes. Research activities include the study of the non-equ
5、ilibrated interfaces, development of composite hollow nanocontainers with controlled shell permeability for encapsulation of the energy-enriched materials, phase change materials, drugs, corrosion inhibitors; development of nanocontainer-based feedback active surfaces for further application in acti
6、ve self-healing materials, catalysis, biochemistry and medicine; synthesis of nanomaterials with new properties in the ultrasonic cavitation zone, synthesis of amorphous nanocomposites with enhanced catalytic performance in non-equilibrated conditions at the cavitation interface; ultrasonic surface
7、modification of metals for catalytic and biomedical (implants) applications. Applications from students with the background in materials chemistry, polymer chemistry, ultrasound, physical chemistry, self-healing materials, energy harvesting, storage and controlled delivery and other related fields.
8、Potential research topics are： 1） new nanomaterials for energy applications;2）- self-healing materials (also including materials for wood and historical heritage preservation); 3） antifouling coatings; 4） application of ultrasound in photocatalysis and photovoltaics） 相关链接：https:/www.liverpool.ac.uk/
9、chemistry/staff/dmitry-shchukin/, 6. Aissa 副教授有机合成化学，精准催化合成 （Christophe Assa obtained his PhD under the supervision of Professor Malacria (University Paris 6, France) in 2001, focussing on the study of the factors influencing the outcome of transannular radical cyclisations cascades directed toward
10、the synthesis of natural sesquiterpenes. He then joined Professor Frstner group (MPI for coal research, Mlheim/Ruhr, Germany) as postdoctoral research assistant, working on the total synthesis of biologically active marine secondary metabolites. In 2003, he was appointed senior scientist within the
11、same group, working further on total syntheses, but also on transition-metal catalysed reactions. In July 2007, he was appointed Lecturer at The University of Liverpool with a RCUK fellowship 。 His group works on organic synthesis through transition-metal-catalysed activation of otherwise inert bond
12、s, in particular CH and CC bonds, with the long-term aim to develop sustainable synthetic chemistry. Here is a selection of papers that illustrate their work ： Barday, M.; Janot, C.; Halcovitch, N. R.; Muir, J.; Assa, C. Cross- Coupling of -Carbonyl Sulfoxonium Ylides with CH Bonds. Angew. Chem. Int
13、. Ed. 2017, 56, 13117 13121.2)Yip, S. Y. Y.; Assa, C. Isomerization of Olefins Triggered by Rhodium-Catalyzed CH Bond Activation: Control of Endocyclic -Hydrogen Elimination. Angew. Chem. Int. Ed. 2015, 54, 68706873. 3)Assa, C.; Ho, K. Y. T.; Tetlow, D. J.; Pin-No, M. Diastereoselective Carbocycliza
14、tion of 1,6-Heptadienes T諯蠁儀(凱尀搀娀尀讀缁缀喴節貔%頀h椀焂圃匕匕匕匕匕匕匕匕匕匕匕匕匕匕匕匕匕匕唕爕饫祥癸祺搀漀挀砀瀀椀挀最椀昀爀饫祥癸祺搀漀挀砀尀尀挀愀戀攀挀攀挀搀攀戀戀攀搀昀洀匀伀渀洀搀娀昀吀漀攀琀焀昀娀洀椀眀昀洀猀堀欀氀砀挀栀猀伀琀唀焀堀渀爀饫礀癸蝔祺搀戀搀愀愀戀愀愀愀搀昀戀攀愀攀刀伀爀饫祥癸牔饫祥癸硔砀砀聹啓汜刀伀爀饫祥癸塔腤犋饫祥镠盿驖镎惿祓镠蒍惿祓镠蒍瑎敥鵠鵠瑎鵠瑎镞蝭闿蝺闿蝢棿閐琀魣鵔湏啓噥豻獧蒕啓祓罶鹢啒葏鹶杣祱葶膋祛葶鹶聗乾豏荳褰桛虻著晹豠癸祛肈豓乾荫貏遒閏禍葶腟耰乾刀伀爀饫祥癸牔饫祥癸啶舀Q礰貍礰罶鹢啒敢屔問礰葑鑵礰涏溍歿嵨鼰偓饧魥鑏礰遒S荳
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16、鵨湏豣豖塙葏礰镢腨鑬礰豟轺浞潏浓梖腎乾h梉梖镺梉刀伀爀饫祥癸梖苿遒g梉梖秿梉梖魎邍溑梉梖驖镎靏桻梖閑靏桻梖镠蒍靏桻梖敥豒鹔靏桻梖飿d梉梖靏梉梖梑梖鮀遒g梉刀伀爀饫祥癸舀Q礰秿特饫祥賿秿禋并蹜神鷿塏聥N潓綂葙豸棿魑卒牎饫葟瓿谰礰罶鹢啒硏砀砀聹啓汜敢屔問硏砀砀偧沖礰葑蕖乾啓敜豓鑎敎乾啓葜腶祑腲乾啓琰卥葏轶乾桨潳綂葫葾腥乾鹭罘葦乾葾坦葠葥琀乾鹭罘螕葾坦卓洀愀氀氀椀爀搀匀諯蠁氀(凱頀搀皀頀讀缁缀喴節貔%頀h蠀椀焂圃夕夕夕夕夕夕夕夕夕夕夕夕夕夕夕夕夕夕嬕爕鉫祼癸祺搀漀挀砀瀀椀挀最椀昀爀鉫祼癸祺搀漀挀砀尀尀搀戀搀戀搀挀戀戀昀搀嘀漀洀氀礀爀堀刀攀稀瀀戀猀愀最最昀爀一琀昀氀戀眀儀爀挀瘀爀倀夀伀愀洀最爀鉫礀癸蝔
17、祺晨愀昀昀搀昀愀戀愀搀搀刀伀爀鉫祼癸牔鉫祼癸硔砀砀鸀啓汜刀伀爀鉫祼癸塔腤犋鉫祼镠盿驖镎惿祓镠蒍惿祓镠蒍瑎敥鵠鵠瑎鵠瑎镞蝭闿蝺闿蝢棿閐琀魣艎邍豮荳葘痿恓鸰萠补杣聱丰丰慏镒蒍腶滿镏禍聶潏舰長齢豾黿亖乾葶刀伀爀鉫祼癸牔鉫祼癸啶礀艶礰貍礰罶鹢啒敢屔問礰葑鑵礰涏溍歿嵨鼰偓饧魥鑏礰遒S荳豓礰礰锰靏乾遒鑓浓礰腎乾刀伀爀鉫祼癸豻澀腟礰罶鹢啒澀遒豧噥啓啓輰乾扭遒鑧乾啓艜浑礰腟遒礀遒礀h豒鑻O礰齗豒礰憋遒鑨占腏浬舰湞歨鎏刀伀爀鉫祼癸嵔浻兞龋豒礰礰獠扞膋兞貃鑑璋偞襓桛浾兞占腏礀穝f礰齧蕓傏饧魥鑏豑礰齧蕓傏饧豴耰祴礰穝肂讐死荳煘f荳豲荳荳礰乾葭煶刀伀爀鉫祼癸鑔鼰楟浴礰該荳煘遒歎礰乾葭煶嵔荳嵻礀襶桛b蠰視桛豑殖湞繱褰桛牑襓桛罟腵鑬襬桛鱏浥妖步襙桛鱏嵥襒桛鱏襒桛歑葧溋奓S襒桛葑鱥榘钖O噥榘遒豧榘遒刀伀爀鉫祼癸榘遒榘遒鑧耰榘遒浧榘遒榘遒歧瘰荑榘遒嵧煏S礀艶遒g舰芀貏舰礰邀衮邀魮鑏慞邀衮筹豼灔遒豧礰葶艧礰艶舰豓h梋豧襞鉛譡祎魎邍溑刀伀爀鉫祼癸鑔堰涋礰鹶鱏礀镶遒g礰靏豦礰镠靏禑鮀遒g乾貏乾靭豻礰鮀遒鑓礀镢h鵨湏豣豖塙葏礰镢腨鑬礰豟轺浞潏浓
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