Ai Neurodegenerative Disease

Neurodegeneration Foundations

Doctoral work examines progressive loss of nerve cells and their function. These conditions are common, incurable and increasing with population ageing.

Protein Misfolding Research

Research examines proteins adopting abnormal shapes within affected nerve cells. Misfolding is the shared feature uniting most of these diseases.

Protein Aggregation Research

Doctoral study examines abnormal proteins clumping together within brain tissue. Aggregates are the defining feature seen at postmortem examination.

Amyloid Research

Research examines the protein forming plaques within the Alzheimer brain. Amyloid has dominated this whole field and remains genuinely contested.

Tau Research

Doctoral work examines a protein forming tangles within affected nerve cells. Tau burden correlates with symptoms considerably better than amyloid.

Alpha Synuclein Research

Research examines the protein aggregating within Parkinson and related diseases. This protein spreads between cells in a manner resembling infection.

Nuclear Protein Mislocation

Doctoral study examines regulatory proteins leaving the nucleus and aggregating. This mislocation defines most motor neurone disease pathology.

Prion Protein Research

Research examines the protein causing transmissible degenerative brain disease. Prion biology established that proteins alone can propagate disease.

Huntingtin Research

Doctoral work examines the protein causing an inherited degenerative disorder. Its single known genetic cause makes it a valuable research model.

Repeat Expansion Research

Research examines genetic sequences repeating excessively and causing disease. Repeat length frequently determines both severity and onset timing.

Protein Clearance Research

Doctoral study examines how cells remove damaged and abnormal proteins. Clearance failure permits the accumulation that these diseases display.

Proteasome Research

Research examines the cellular machinery breaking down tagged waste proteins. Proteasome capacity declines with age across the whole nervous system.

Autophagy Research

Doctoral work examines cells recycling their own damaged internal components. Recycling failure is central to several degenerative disease pathways.

Chaperone Research

Research examines proteins assisting others to fold into correct shapes. Chaperone capacity determines whether misfolded proteins are rescued.

Prion Like Spread Research

Doctoral study examines abnormal proteins spreading between connected nerve cells. Spreading explains why disease progresses along predictable brain routes.

Protein Seeding Research

Research examines small aggregates triggering further misfolding within cells. Seeding assays now detect disease long before symptoms appear.

Strain Variation Research

Doctoral work examines the same protein aggregating into differing structural forms. Structural variation may explain why one protein causes several diseases.

Selective Vulnerability Research

Research examines why particular nerve cell populations degenerate first. Vulnerability patterns define each disease and remain poorly explained.

Neuronal Loss Research

Doctoral study examines nerve cells dying within degenerative brain disease. Cell loss is already extensive before any symptom becomes apparent.

Synapse Loss Research

Research examines loss of connections between nerve cells in disease. Connection loss predicts cognitive decline better than cell death does.

Axonal Degeneration Research

Doctoral work examines nerve fibres degenerating before the cell body dies. Axonal failure may be the earliest reversible stage of any disease.

Myelin Research

Research examines the insulating sheath surrounding nerve fibres and its loss. Myelin damage disrupts signalling before nerve fibres are lost.

Oligodendrocyte Research

Doctoral study examines the cells producing and maintaining nerve insulation. These cells support nerve fibres metabolically as well as structurally.

Astrocyte Research

Research examines supporting brain cells and their behaviour during disease. Astrocytes shift into damaging states that accelerate degeneration.

Microglia Research

Doctoral work examines resident immune cells of the brain during disease. Microglial behaviour can both protect and actively damage nerve cells.

Neuroinflammation Research

Research examines inflammatory processes occurring within the degenerating brain. Inflammation is now regarded as a driver rather than a consequence.

Innate Immunity Research

Doctoral study examines immediate immune responses within brain tissue. Genetic risk for these diseases concentrates within immune pathways.

Adaptive Immunity Research

Research examines learned immune responses contributing to brain degeneration. Immune cells from outside the brain enter degenerating tissue.

Complement Research

Doctoral work examines an immune cascade eliminating synaptic connections. Complement activity drives the synapse loss that precedes symptoms.

Blood Brain Barrier Research

Research examines the barrier controlling entry into brain tissue from blood. Barrier failure appears early and permits harmful substances to enter.

Vascular Contribution Research

Doctoral study examines blood vessel disease contributing to brain degeneration. Vascular and degenerative pathology coexist in most older patients.

Cerebral Amyloid Angiopathy

Research examines amyloid depositing within brain blood vessel walls. Vessel deposits cause bleeding and complicate antibody based treatment.

Mitochondrial Dysfunction Research

Doctoral work examines failing energy production within degenerating nerve cells. Nerve cells have enormous energy demands they cannot easily reduce.

Oxidative Stress Research

Research examines damaging reactive molecules accumulating within brain tissue. The brain is unusually vulnerable to this particular form of damage.

Calcium Dysregulation Research

Doctoral study examines disturbed calcium handling within affected nerve cells. Calcium disturbance triggers pathways leading toward cell death.

Excitotoxicity Research

Research examines nerve cells damaged by excessive stimulatory signalling. Excitotoxic mechanisms are targeted by an existing licensed treatment.

Metal Homeostasis Research

Doctoral work examines disturbed metal ion handling within brain tissue. Metals accumulate within affected regions and promote protein aggregation.

Lipid Metabolism Research

Research examines fat handling within the brain and its disease relevance. The strongest common genetic risk factor governs lipid transport.

Energy Metabolism Research

Doctoral study examines how degenerating brain tissue generates and uses energy. Metabolic failure appears decades before symptoms become apparent.

Glucose Metabolism Research

Research examines brain glucose use declining within degenerative disease. Reduced glucose use is visible upon imaging really very early indeed.

RNA Biology Research

Doctoral work examines disturbed genetic message handling within nerve cells. Several disease proteins have normal roles in message regulation.

Splicing Research

Research examines assembly of genetic messages and its failure in disease. Splicing errors generate abnormal proteins within affected nerve cells.

Transcription Research

Doctoral study examines gene activity within degenerating brain tissue. Activity patterns identify pathways that could be targeted therapeutically.

Epigenetic Research

Research examines chemical marks regulating genes within affected brain cells. These marks may carry the effects of both environment and ageing.

Genetic Risk Research

Doctoral work examines inherited variation influencing degenerative disease risk. Genetic findings point toward mechanisms nobody had suspected.

Familial Disease Research

Research examines inherited forms caused by single high risk genetic variants. Familial forms permit studying disease before symptoms have begun.

Sporadic Disease Research

Doctoral study examines the great majority of cases lacking family history. Sporadic disease arises from combined genetic and environmental influence.

Polygenic Risk Research

Research examines combined effect of many small genetic risk contributions. Combined scores predict individual risk better than single variants.

Genome Sequencing Research

Doctoral work examines whole genome study of degenerative disease patients. Sequencing identifies rare variants that targeted testing entirely misses.

Gene Environment Research

Research examines genetic and environmental factors interacting to cause disease. Interaction explains why identical variants produce differing outcomes.

Ageing Biology Research

Doctoral study examines ageing as the dominant risk factor for degeneration. Understanding ageing may deliver more than disease specific work.

Cellular Senescence Research

Research examines cells persisting in a permanently arrested inflammatory state. Senescent cells accumulate within ageing and degenerating brain tissue.

Sleep And Degeneration

Doctoral work examines sleep disturbance and its relationship to brain degeneration. Sleep clears waste proteins that accumulate during waking hours.

Circadian Disruption Research

Research examines disturbed daily rhythms within degenerative brain disease. Rhythm disturbance appears early and worsens as disease progresses.

Gut Brain Axis Research

Doctoral study examines communication between the digestive and nervous systems. Some diseases may begin within the gut rather than the brain.

Microbiome Research

Research examines gut organisms influencing brain health and its degeneration. Microbial products reach the brain and affect immune activity there.

Infection Hypothesis Research

Doctoral work examines whether infections contribute to degenerative brain disease. Evidence is suggestive and causation remains genuinely unproven.

Head Injury Research

Research examines head trauma raising later degenerative disease risk. Repeated injury produces a distinctive pattern of brain tissue pathology.

Environmental Exposure Research

Doctoral study examines environmental factors influencing degenerative disease risk. Air pollution and pesticides both show consistent associations.

Cognitive Reserve Research

Research examines why similar pathology produces differing symptom severity. Reserve explains people functioning well despite substantial pathology.

Alzheimer Disease Research

Doctoral work examines the commonest cause of dementia and its mechanisms. This disease accounts for the majority of dementia cases worldwide.

Early Onset Alzheimer Research

Research examines disease beginning well before the usual age of onset. Early onset cases frequently carry identifiable single gene causes present.

Mild Cognitive Impairment

Doctoral study examines measurable cognitive decline without functional impairment. Only some affected people progress toward established dementia.

Preclinical Disease Research

Research examines pathology present before any symptoms have appeared. Preclinical detection creates both opportunity and considerable ethical difficulty.

Vascular Dementia Research

Doctoral work examines cognitive decline caused by blood vessel disease. This form is substantially preventable through vascular risk management.

Lewy Body Dementia Research

Research examines dementia with fluctuating attention and visual hallucinations. This condition is commonly misdiagnosed and requires distinct management.

Frontotemporal Dementia Research

Doctoral study examines degeneration affecting behaviour and language primarily. This form affects younger people and is frequently mistaken for psychiatric illness.

Primary Progressive Aphasia

Research examines progressive language loss as the earliest disease feature. Language variants have differing underlying pathology and progression.

Mixed Pathology Research

Doctoral work examines several disease processes coexisting within one brain. Mixed pathology is the rule rather than the exception in older patients.

Parkinson Disease Research

Research examines a movement disorder with widespread nonmotor features. This is the fastest growing neurological condition across the world.

Prodromal Parkinson Research

Doctoral study examines features appearing many decades before movement symptoms. Early features offer a real window for protective treatment.

Atypical Parkinsonism Research

Research examines conditions resembling Parkinson disease but progressing differently. These conditions respond poorly to standard movement treatments.

Progressive Supranuclear Palsy

Doctoral work examines a tau disorder affecting eye movement and balance. Early falls distinguish this condition from ordinary Parkinson disease.

Multiple System Atrophy

Research examines a rapidly progressive disorder combining movement and autonomic failure. Prognosis is poor and no treatment modifies the course.

Corticobasal Degeneration

Doctoral study examines an asymmetric disorder affecting movement and cognition. Clinical presentation and underlying pathology correspond rather poorly.

Motor Neurone Disease Research

Research examines progressive loss of the nerve cells controlling movement. Survival is typically short and the disease is uniformly devastating.

Amyotrophic Lateral Sclerosis

Doctoral work examines the commonest form of motor neurone degeneration. Genetic causes are now identified within an increasing share of cases.

Spinal Muscular Atrophy

Research examines an inherited motor neurone disorder affecting children. Genetic treatments transformed outcomes for this previously fatal condition.

Huntington Disease Research

Doctoral study examines an inherited disorder affecting movement, thinking and mood. A single known cause makes this a valuable research model.

Spinocerebellar Ataxia

Research examines inherited disorders progressively affecting balance and coordination. Many distinct genetic forms produce broadly similar presentations.

Friedreich Ataxia Research

Doctoral work examines an inherited disorder affecting coordination and the heart. Cardiac involvement determines survival more than neurological features.

Prion Disease Research

Research examines rapidly progressive transmissible degenerative brain disorders. These diseases are rare and carry public health significance.

Multiple Sclerosis Degeneration

Doctoral study examines nerve loss underlying disability within demyelinating disease. Degeneration rather than inflammation drives long term disability.

Progressive Multiple Sclerosis

Research examines steadily worsening disability without inflammatory relapses. Treatments effective for relapses help this phase very little.

Peripheral Neuropathy Research

Doctoral work examines degeneration of nerves outside the brain and cord. Peripheral degeneration causes pain and dangerous loss of sensation.

Hereditary Neuropathy Research

Research examines inherited disorders progressively damaging peripheral nerves. These conditions are common and frequently remain undiagnosed.

Retinal Degeneration Research

Doctoral study examines progressive loss of light sensing cells within the eye. The retina is accessible brain tissue and permits direct observation.

Auditory Degeneration Research

Research examines progressive loss of hearing related nerve cells. Hearing loss is linked to later dementia through genuinely contested mechanisms.

Traumatic Encephalopathy Research

Doctoral work examines degenerative disease following repeated head impacts. Diagnosis currently requires examination after death has occurred.

Normal Pressure Hydrocephalus

Research examines a treatable condition resembling degenerative brain disease. Correct identification permits treatment that genuinely reverses symptoms.

Rare Neurodegenerative Disease

Doctoral study examines uncommon degenerative conditions with limited evidence. Rare conditions frequently reveal mechanisms common diseases share.

Childhood Neurodegeneration

Research examines progressive neurological deterioration occurring within children. Childhood forms are usually genetic and frequently rapidly progressive.

Lysosomal Storage Disease

Doctoral work examines inherited disorders of cellular waste processing. These conditions connect directly to clearance failure in common diseases.

Mitochondrial Disease Research

Research examines inherited disorders of cellular energy production. These conditions affect the tissues carrying the greatest energy demand.

Cognitive Symptom Research

Doctoral study examines thinking difficulties experienced within degenerative disease. Cognitive symptoms determine independence more than motor features.

Memory Impairment Research

Research examines memory failure and the brain systems that produce it. Memory loss is the presenting feature within most dementia cases seen.

Language Impairment Research

Doctoral work examines communication difficulty within degenerative brain disease. Language loss isolates people from social contact very rapidly.

Executive Function Research

Research examines planning and judgement failing within degenerative disease. Executive difficulty affects safety and daily independence profoundly.

Visuospatial Impairment Research

Doctoral study examines difficulty processing space and visual information. Visual variants exist and are frequently mistaken for eye disease.

Motor Symptom Research

Research examines movement difficulties arising within degenerative brain disease. Motor symptoms determine both independence and eventual care needs.

Gait And Balance Research

Doctoral work examines walking and stability difficulties within degenerative disease. Gait change appears very early and predicts later decline.

Tremor Research

Research examines involuntary shaking movements and their underlying mechanisms. Tremor is visible, distressing and responds variably to treatment.

Movement Slowing Research

Doctoral study examines slowed and stiffened movement within degenerative disease. These features define parkinsonism and respond to dopamine treatment.

Swallowing Difficulty Research

Research examines impaired swallowing within progressive neurological disease. Swallowing failure causes pneumonia and determines nutritional decisions.

Speech Impairment Research

Doctoral work examines speech production failing within degenerative disease. Speech loss removes communication that people depend upon entirely.

Autonomic Dysfunction Research

Research examines failure of automatic body functions within degenerative disease. Autonomic failure causes falls, incontinence and considerable distress.

Sleep Disorder Research

Doctoral study examines sleep disturbance accompanying degenerative brain disease. Some sleep disorders precede diagnosis by well over a decade.

Neuropsychiatric Symptom Research

Research examines psychiatric features arising within degenerative brain disease. These symptoms drive care home admission more than cognition does.

Apathy Research

Doctoral work examines loss of motivation within degenerative brain disease. Apathy is extremely common and consistently mistaken for depression.

Psychosis In Degeneration

Research examines hallucinations and false beliefs within degenerative disease. Treatment is difficult because standard medicines carry serious risk.

Mood Symptom Research

Doctoral study examines depression and anxiety within degenerative brain disease. Mood symptoms frequently appear before any cognitive diagnosis.

Behavioural Change Research

Research examines personality and behaviour changing within degenerative disease. Behavioural change causes more family distress than memory loss.

Pain In Degeneration

Doctoral work examines pain experienced by people with degenerative disease. Pain is underrecognised where communication has become impaired.

Fatigue Research

Research examines exhaustion accompanying progressive neurological conditions. Fatigue is frequently rated among the most disabling symptoms reported.

Falls Research

Doctoral study examines falls occurring within progressive neurological disease. Falls cause injury and frequently precipitate loss of independence.

Clinical Diagnosis Research

Research examines identifying degenerative disease within clinical practice. Diagnostic accuracy against pathology remains imperfect for every condition.

Diagnostic Criteria Research

Doctoral work examines the definitions used to classify these diseases. Criteria have shifted from symptom based toward biological definitions.

Cognitive Assessment Research

Research examines tests measuring thinking ability within clinical settings. Test performance is affected by education, language and culture.

Digital Cognitive Testing

Doctoral study examines computerised assessment of thinking ability. Digital testing permits frequent measurement that clinic visits cannot.

Motor Assessment Research

Research examines measuring movement impairment within degenerative disease. Rating scales are subjective and vary between differing assessors.

Structural Imaging Research

Doctoral work examines imaging brain structure and its progressive loss. Structural change appears late relative to the underlying pathology.

Functional Imaging Research

Research examines imaging brain activity and metabolism during disease. Functional change precedes visible structural loss quite considerably.

Amyloid Imaging Research

Doctoral study examines imaging plaque deposits within the living human brain. This imaging permitted diagnosis during life for the first time.

Tau Imaging Research

Research examines imaging tangle pathology within the living human brain. Tau imaging tracks disease progression better than amyloid imaging.

Dopamine Imaging Research

Doctoral work examines imaging dopamine systems within movement disorders. This imaging distinguishes parkinsonism from conditions that mimic it.

Diffusion Imaging Research

Research examines imaging nerve fibre pathways and their degeneration. Fibre imaging detects damage that structural imaging entirely misses.

Fluid Biomarker Research

Doctoral study examines disease markers measured within body fluids. Fluid markers made biological diagnosis practical within routine settings.

Cerebrospinal Fluid Research

Research examines markers within the fluid surrounding brain and spinal cord. This fluid reflects brain changes more directly than blood does.

Blood Biomarker Research

Doctoral work examines disease markers measurable within ordinary blood samples. Blood testing could bring diagnosis into primary care settings.

Digital Biomarker Research

Research examines disease indicators derived from digital device measurements. Digital markers capture function within ordinary daily living.

Wearable Monitoring Research

Doctoral study examines worn devices tracking movement and physiological function. Continuous measurement detects fluctuation that clinic visits miss.

Speech Biomarker Research

Research examines speech characteristics indicating degenerative disease presence. Speech can be recorded easily and analysed automatically.

Retinal Biomarker Research

Doctoral work examines eye measurements indicating brain tissue degeneration. The retina permits direct observation of nerve tissue noninvasively.

Early Detection Research

Research examines identifying disease before symptoms have become apparent. Early detection is required if treatments are to preserve function.

Differential Diagnosis Research

Doctoral study examines distinguishing between conditions with overlapping presentations. Misdiagnosis leads to inappropriate treatment and wrong prognosis.

Disease Staging Research

Research examines describing how far a degenerative disease has progressed. Staging supports both clinical planning and trial participant selection.

Progression Modelling Research

Doctoral work examines mathematically describing how disease unfolds over time. Progression models order events that no single study observes.

Prognostic Research

Research examines predicting outcomes for individuals with degenerative disease. Prognostic information supports planning that families urgently need.

Machine Learning Applications

Doctoral study applies learned models across diagnosis and progression prediction. Learned models require validation across differing patient populations.

Multimodal Integration Research

Research examines combining imaging, fluid and clinical information together. Combination predicts outcomes better than any single measure does.

Model Validation Research

Doctoral work examines testing predictive tools within independent patient groups. Performance typically falls substantially outside development settings.

Neuropathology Research

Research examines brain tissue examination establishing definitive disease diagnosis. Tissue examination remains the reference standard for every condition.

Brain Bank Research

Doctoral study examines collections of donated brain tissue supporting research. Donated tissue is irreplaceable and increasingly difficult to obtain.

Postmortem Correlation Research

Research examines linking clinical findings to eventual pathological diagnosis. Correlation reveals how accurate clinical assessment actually was.

Animal Model Research

Doctoral work examines animal systems used to study degenerative mechanisms. Animal findings have repeatedly failed to translate into people.

Cell Model Research

Research examines cultured cells used to study degenerative disease mechanisms. Cultured systems permit testing far faster than animal work.

Induced Stem Cell Research

Doctoral study examines patient derived cells reprogrammed into nerve cells. Patient cells carry the exact genetic background of the disease.

Brain Organoid Research

Research examines three dimensional cultured tissue resembling developing brain. Organoids reproduce architecture that flat cultures entirely lack.

Drug Discovery Research

Doctoral work examines developing new treatments for degenerative brain disease. Failure rates within this field are the highest in medicine.

Target Identification Research

Research examines finding molecules worth acting upon therapeutically. Target choice determines whether a whole development programme can succeed.

Symptomatic Therapy Research

Doctoral study examines treatments improving symptoms without slowing disease. Symptomatic treatment remains the mainstay for every condition.

Disease Modifying Therapy

Research examines treatments intended to slow the underlying disease process. Modest effects have recently been achieved after decades of failure.

Immunotherapy Research

Doctoral work examines antibodies directed against aggregating disease proteins. These treatments remove pathology and produce modest clinical benefit.

Antisense Therapy Research

Research examines short sequences reducing production of harmful proteins. This approach transformed treatment for several inherited conditions.

Gene Therapy Research

Doctoral study examines delivering genetic material to correct disease causes. Genetic approaches suit conditions with single identified causes.

Cell Therapy Research

Research examines transplanting cells to replace those lost through degeneration. Replacement must restore connections as well as supply cells.

Small Molecule Therapy

Doctoral work examines conventional medicines targeting degenerative disease mechanisms. Small molecules cross into the brain far more readily.

Repurposing Research

Research examines existing licensed medicines applied to degenerative disease. Repurposing shortens development and has repeatedly disappointed in trials.

Brain Delivery Research

Doctoral study examines getting treatments across the protective brain barrier. Delivery failure defeats treatments that work well in dishes.

Neurostimulation Research

Research examines electrical and magnetic stimulation of brain circuits. Stimulation modifies symptoms without acting upon disease mechanisms.

Deep Brain Stimulation

Doctoral work examines implanted electrodes stimulating deep brain structures. This treatment transformed management of advanced movement disorders.

Nonpharmacological Therapy

Research examines treatments not involving medicines within degenerative disease. These approaches carry few harms and modest demonstrated benefit.

Cognitive Intervention Research

Doctoral study examines structured activities supporting thinking and daily function. Benefits are modest and matter to patients nonetheless.

Exercise Intervention Research

Research examines physical activity affecting degenerative disease progression. Exercise shows benefit across several differing degenerative conditions.

Clinical Trial Research

Doctoral work examines conducting treatment trials within degenerative disease. Slow progression demands trials of considerable size and duration.

Trial Design Research

Research examines designing studies capable of detecting genuine treatment effects. Design weaknesses explain several historically inconclusive trials.

Outcome Measure Research

Doctoral study examines what trials should measure to demonstrate genuine benefit. Existing measures detect change slowly and rather insensitively.

Participant Recruitment Research

Research examines finding and enrolling participants for degenerative disease trials. Recruitment difficulty delays most trials within this whole field.

Trial Diversity Research

Doctoral work examines whether trial participants represent affected populations. Trials have historically enrolled unrepresentative and advantaged groups.

Prevention Trial Research

Research examines trials testing whether disease onset can be delayed. Prevention trials require enormous size and very long periods of observation.

Risk Reduction Research

Doctoral study examines actions lowering the likelihood of developing disease. A substantial share of dementia risk appears potentially modifiable.

Modifiable Risk Factor

Research examines changeable factors influencing degenerative disease risk. Hearing loss, education and vascular health all contribute measurably.

Public Health Prevention

Doctoral work examines population approaches reducing degenerative disease burden. Population measures reach people that clinical services never see.

Epidemiology Research

Research examines distribution of degenerative disease across whole populations. Population patterns reveal causes that laboratory study cannot identify.

Incidence Trend Research

Doctoral study examines whether disease rates are rising or actually falling. Age adjusted dementia rates have declined within several countries.

Global Burden Research

Research examines degenerative disease burden across differing world regions. Burden is shifting rapidly toward low and middle income countries.

Health Inequality Research

Doctoral work examines unequal disease risk and care across population groups. Diagnosis rates differ substantially between social and ethnic groups.

Low Resource Diagnosis

Research examines diagnosing degenerative disease where specialist services are absent. Most people with dementia worldwide never receive any diagnosis.

Care Pathway Research

Doctoral study examines routes patients follow from symptoms through to care. Pathway delays mean diagnosis frequently arrives extremely late.

Diagnosis Disclosure Research

Research examines communicating a degenerative diagnosis to patients and families. Disclosure quality shapes how families cope for many following months.

Advance Care Planning

Doctoral work examines recording treatment wishes while capacity still remains. Planning early is essential because capacity is progressively lost.

Palliative Neurology Research

Research examines symptom focused care within progressive neurological disease. Palliative involvement improves comfort throughout a long illness.

Carer Research

Doctoral study examines family members caring for people with these diseases. Carers deliver the majority of all support that patients receive.

Carer Burden Research

Research examines physical and emotional strain experienced by family carers. Carer health frequently deteriorates alongside that of the patient.

Home Support Research

Doctoral work examines services enabling people to remain within their own homes. Home support delays admission that most people wish to avoid.

Care Home Research

Research examines residential care for people with advanced degenerative disease. Most care home residents live with substantial cognitive impairment.

Assistive Technology Research

Doctoral study examines technology supporting independence within degenerative disease. Technology must suit people whose capability is steadily declining.

Quality Of Life Research

Research examines living well despite progressive neurological disease. Quality outcomes matter most where no curative treatment is available.

Patient Involvement Research

Doctoral work examines affected people shaping the research that concerns them. Involvement changes which questions researchers choose to pursue.

Stigma Research

Research examines social attitudes toward people with degenerative brain disease. Stigma delays help seeking and isolates affected families badly.

Genetic Counselling Research

Doctoral study examines supporting families through inherited disease risk information. Counselling addresses implications extending across whole families.

Presymptomatic Testing Research

Research examines testing people at risk before any symptoms have appeared. Testing raises profound questions where no treatment yet exists.

Neurodegeneration Ethics

Doctoral work examines ethical questions arising within degenerative disease care. Questions include disclosure, autonomy and treatment near life end.

Capacity And Consent Research

Research examines decision making capability declining throughout progressive disease. Consent processes must adapt as capability gradually diminishes.

Data Sharing Research

Doctoral study examines sharing research data across institutions and countries. Sharing assembles the sample sizes this field genuinely requires.

Registry Research

Research examines organised collections recording patients and their outcomes. Registries reveal real world progression that trials cannot show.

Workforce Research

Doctoral work examines professionals delivering care for these diseases. Specialist numbers fall far short of the growing disease burden carried.

Service Organisation Research

Research examines how services for these diseases are arranged and delivered. Organisation determines both access and consistency of the care given.

Economic Evaluation Research

Doctoral study examines value delivered by treatments and care arrangements. Care costs dominate and fall very heavily upon families themselves.

Implementation And Adoption

Research examines why advances reach clinical practice or fail to do so. Adoption depends upon diagnostic capacity as much as clinical evidence.