Welcome

Refine search results

All    Any    Exact phrase

Search hint

All - search for events containing all entered keywords

Any - search for events containing any, some, or all of the entered keywords

Exact phrase - search for events where keywords appear exactly as entered

Dates

to

Region

Distance


Within of post code (UK Only)

Login for more refinement options

Biomaterial Scaffolds for Tissue Repair

Lecture

Image of three blue heads in profile on grey background

Revolutionary developments in human tissue repair

Date and Time

05 December 2017 - 18:45-21:00

Location

Sheffield, United Kingdom - icon_popup  (See map)

Organiser

Organised by the UK - Yorkshire:S. Yorkshire local network. Contact Brian Heathcote for more information.


About this event

For many years, there has been interest in the use of biomaterials to replace human tissues damaged by injury or disease. Over time, the materials of choice have gradually changed from those that simply offer mechanical support to those that interact directly with the biological environment.

Focus is now on the recruitment and delivery of biological cells to assist in the repair process. With this move from tissue replacement to cell-mediated tissue reconstruction and regeneration, there is increasing need for the design of appropriate biomaterial “scaffolds”. For cells to be able to migrate through a scaffold, it needs to contain holes of the appropriate dimensions.

This talk will consider two scaffold materials, a bone graft substitute (hydroxyapatite) and collagen, a highly versatile and bioactive natural macromolecule. To optimise the repair process using these scaffolds, it is important to understand the influences on cell behaviour of the structure and orientation of the holes in the scaffold, and the interconnections between them. Choice of scaffold surface biochemistry also allows us to balance scaffold “activity” and mechanical performance.

This talk will cover the recent work undertaken to study the structure and properties of scaffolds for a range of clinical applications in soft and hard tissue repair.

Speaker
Serena Best is a Professor of Materials Science and Fellow of St. John’s College, Cambridge. She co-directs the Cambridge Centre for Medical Materials (along with Professor Ruth Cameron). She has published around 300 journal papers, books and book chapters, she holds 9 patents in the fields of biomaterials and skeletal repair and has played a part in the spin out two companies associated with this work. She is a Fellow of the Royal Academy of Engineering and also the Institute of Materials, Minerals and Mining and is Senior Vice President of the Institute. She was awarded a CBE in the Queen’s Birthday Honours List in 2017 for services to Biomaterials Engineering.

Programme

18:45 Arrive & check in
19:00 Lecture commences
20:00 Lecture ends (approx.)
20:15 Buffet Supper (approx)
21:00 Event ends (approx)

Continuing Professional Development

CPD logo declaring this event can contribute 1 hours towards your Continuing Professional Development

This event can contribute towards your Continuing Professional Development (CPD) as part of the IET's CPD monitoring scheme.

Additional information

This event is the 65th Annual Hatfield Memorial Lecture, organised by the University of Sheffield and sponsored by The IET South Yorkshire Local Network.

Registration is mandatory and the lecture will be followed by an optional buffet supper

Note: the date given in the current (Autumn 2017) YHRN Newsletter is incorrect

Registration information

Registrations for this event are being co-ordinated by the University of Sheffield.
To register for your free ticket, please go to: -
https://universityofsheffield.sym-online.com/registrationforms/65hatfieldmemlecture_rtn/done/

Are you looking for more events?

You might also be interested in (search more events)

Icon image of speech bubbles

Conference - Mon 4 December 2017 to Tue 5 December 2017

Following from the success of ISP 2013 & 2015, the conference presents a new opportunity for you to exchange and share your latest work in Intelligent Signal Processing with leading academic and industrial engineers and researchers.