Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

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Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

• RMITUNIVERSITYComputational Modelling of Graphene Oxide and Amyloidogenic Protein AmylinA thesis submitted in fulfilment of the requirements for the

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amyline degree of Master of EngineeringEnxi PengBachelor of Chemical & Materials Engineering (Hons)University of AucklandSchool of EngineeringCollege of Sci

ence, Technology. Engineering and MathsRMIT University44136Declaration of CandidatureIcertify that except where due acknowledgement has been made, the Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

work is that of the author alone; the work has not been submitted previously, in whole or in part. Io qualify for any other academic award: the conte

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

nt of the thesis is the result of work which has been carried out since the official commencement date of the approved research program; any editorial

• RMITUNIVERSITYComputational Modelling of Graphene Oxide and Amyloidogenic Protein AmylinA thesis submitted in fulfilment of the requirements for the

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylinrt I have received for my research through the provision of an Australian Government Research Training Program Scholarship.Enxi Peng43993Acknowledgmen

tsI dedicate this thesis to my mother. As a single parent, she afforded me the opportunities of growing up. getting educated and thriving in a free co Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

untry. She endured the hardships of being an immigrant, and nurtured me through kindness, understanding & tolerance. I would not be the person I am to

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

day without her. 10 that, mum. I love you and thank you.I would like Io thank my primary and secondary supervisors. Prof. Irene Yarovsky & Dr Novena T

• RMITUNIVERSITYComputational Modelling of Graphene Oxide and Amyloidogenic Protein AmylinA thesis submitted in fulfilment of the requirements for the

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylinrds your leadership, insightsand grit. These are the qualities that I hope one-day I would also be able to portray. To Nevena, I would like to say a h

uge thank you for your advice & kindness, and always believing in me. Thank you both for always challenging my understandings and expanding the ways t Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

hat I think and approach problems.I would also like to thank my fellow research group cohorts for providing the fun and stimulating discussions we hav

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

e had together. Thank you. Dr Andrew J. Christofferson, Dr Adam Makarucha, Dr Mathew Penna, Dr George Yiapanis, Dr M. Harunur Rashid, Dr Tu Le, Dr Pat

• RMITUNIVERSITYComputational Modelling of Graphene Oxide and Amyloidogenic Protein AmylinA thesis submitted in fulfilment of the requirements for the

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylinralian Government Research Training Program Scholarship. I also acknowledge the generous a I local ion of high-performance computational resources fro

m the Australian National Computational Infrastructure (NCI), the Pawsey Supercomputing Centre, and Melbourne Bioinformatics.iiTable of ContentsDeclar Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

ation of Candidature............................................................iAcknowledgments......................................................

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

................ii1Introduction......................................................................11.1Overview.....................................

• RMITUNIVERSITYComputational Modelling of Graphene Oxide and Amyloidogenic Protein AmylinA thesis submitted in fulfilment of the requirements for the

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylinegation........................................61.3.1History of amyloidogenic diseases........................................81.3.2Structure formatio

ns of amyloidogenic fibrils..'.........*.'............91.3.3Islet amyloid polypeptide...............................................121.4Effects of Gr Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

aphitic Nanomaterials on Amyloid Aggregation....................121.4.1Graphene and Graphite...................................................121.4.2

Masters thesis of engineering computational modelling of graphene oxide and amyloidogenic protein amylin

Graphene Oxide..........................................................131.5Project aims.............................................................

• RMITUNIVERSITYComputational Modelling of Graphene Oxide and Amyloidogenic Protein AmylinA thesis submitted in fulfilment of the requirements for the