Kirsty Shepherd

Name:	Kirsty Shepherd
Affiliation:	Administrator and PA
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	Mon Nov 04 08:38:20 +0000 2024

Public lists managed by Kirsty Shepherd

• CAPE
• Electrical Engineering

Talks given by Kirsty Shepherd

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by Kirsty Shepherd

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Kirsty Shepherd actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• Engineering for an extreme environment
• Building advanced neuromuscular organoids to study human development and disease
• Flexible Organic Electrochemical Transistors for Sensing Applications
• Skin-Inspired Organic Electronics
• Glioblastoma - From Molecular Analysis to Clinical Treatment
• Understanding and Repurposing Cytochrome Biowires – Learning from Electric Bacteria
• Nanomanufacturing Paradigms for Sustainable Large-Area Electronics
• Glioblastoma response to standard treatment stratifies patients into two responder subtypes, creating the potential for precision medicine
• Voltage imaging reveals the dynamic electrical signatures of human breast cancer cells
• Soft, Permeable Electronics: Materials, Devices, and Energy
• Stretchable and biodegradable electronics based on liquid metal encapsulated in microfluidics.
• Embodied Technology: To be (biomimetic) or not to be?
• Functional Imaging via Diffuse Correlation Spectroscopy and Speckle-Based Methods
• Novel technologies to uncover neural algorithms of intelligence
• Low power and flexible electronics for time varying (circadian) and closed loop medicine.
• NeuroMechanics of Movement: A Spinal Motor Neuron Centric View
• Ultrasound for Medical Therapeutic Applications
• Digital Health, Wearables, and AI and the Transformation of Healthcare: Hope, Hype, and the Future
• Biomedical Sensing: from the bench to the bedside
• Homo Cyberneticus: Neurocognitive embodiment of artificial limbs
• Organic Electronic Ion Pumps for Medical Applications
• Manufacture of Active Implants and Surgical Instruments
• The Material-Tissue Interface is Key to Bioelectronic Implant Performance
• Local Therapeutic Delivery for Brain Cancer
• Intraneural neuroprostheses to understand and restore sensory, motor, and autonomic neural functions
• Engineered Therapeutics to Reprogram the Tumour Microenvironment
• Neural and Vascular Biomarkers for Non-invasive Bedside Assessment of Cerebral Autoregulatory Health.
• The Timescale Dynamics of Epilepsies: From Seconds to Decades
• Spinal cord injury in dogs: a natural model and an opportunity
• One old and one new metabolic target to treat ovarian and breast cancer
• Urological cancer detection and technology innovation: opportunities and challenges.
• The Visual World in the Dog Brain
• Disease modification in neurodegenerative disease, diabetes, and cancer, via the Hes3 Signalling Axis
• Exploitation of Alternative, Non-rodent Models to Assess the Toxicity of Nanomaterials.
• Electrochemical Ion Sensors: From the State-of-the-Art to Current Challenges and Opportunities
• Electronic Tissue Technologies for Interfacting Cells, Nerves and Brains
• Preclinical Development of Orally Inhaled Drug Products (OIDPs) - Are Animal Models Predictive Or Shall We Move Towards In Vitro Non-Animal Models? by Dr Dania Movia
• Nanomedicine-based strategies for biliary and pancreatic cancers
• Membrane-associated charge and the cardiac electrical field
• Investigating the immune interactions of liposomes - unravelling direct and indirect effects on complex systems.
• Biomaterial Strategies at the Neural Electronics-Tissue Interface
• Soft, skin-interfaced systems with biochemical and physiological sensing capabilities for care in remote settings.
• Microimplants as neural interfaces in bioelectronics medicine
• Designer tissues: synthetic, living and hybrid materials.
• Accelerating innovations in materials science into the clinic
• Title to be confirmed
• Engineering models to analyze tumor-stroma interactions and their relevance to cancer progression and therapy
• Mapping the human brain with high spatiotemporal resolution
• Rubbery and curvy electronics for seamless integration with humans. https://eng-cam.zoom.us/j/83780588985?pwd=c2t4S3VWNFJIak5SUWVxNFlIT3A0UT09
• Towards the next generation of cancer models.
• Inkjet printing technology: from a droplet to sensors, circuits and artificial tissues
• Translational Neuroelectronics
• ChemoSeed: a solid biodegradable implant for localised treatment of glioblastoma.
• Introducing the Neuro Optics Lab: developing novel optical techniques to monitor the brain
• Scaling Breakthrough Technology
• Disruptions of Pacemaker Activity in the Human Stomach: A Model of Nausea?
• Stem Cell-based Modelling and Restoration of Neuromuscular Circuits
• Plant Bioelectronics and Plant Biohybrids
• Of Form and Function: Assembly of Visual Circuits in Vertebrates
• Image Guided Triggered Drug Delivery
• Synthetic Polymers as Biological Probes and Therapeutics and Particles and Biological Barriers
• Approaches to wearable microfluidic sensor devices for real-time patient monitoring and personalised well-being.
• Organic Optoelectronic Devices for Neuromodulation Applications
• Electrochemical and Microfluidic Devices for Efficient Biofluid Interfaces on the Skin
• What Where - Delivering Cells for Brain Repair.
• Contact and non-contact methods for Long-Term Primary (from Retina Explants) and Secondary Cells Recording
• Let Ultrasound Help You Surf the Waves of Bioelectronics
• Towards Organometallic Electronics: A Wolff type-III Solution-processable Ru(II)-Polymetallyne
• Acoustic Wave Physics and Electrochemistry: Some Surprising Opportunities
• Exploring the Challenges of Mobile on Device Sensing Based Health Diagnostics.
• Digitalisation of Smart Objects
• Laser fabrication of biomimetic materials for tissue engineering and bioelectronics
• Organic bioelectronics: addressing the interface challange
• Designing Novel Nanoporous Materials for Applications in Energy, Environment and Health
• Practical Applications of Memristive Technologies - Beyond Memory
• Interface Chemistry for Organic Electronics and Opto-electronics.
• Optical superresolutioin microscopy of molecular mechanisms of disease