Non-technical summaries
Intro
This page contains all the non-technical summaries for project licences covering Animal Research which are currently held at the Crick.
Non-technical summaries are also published by the Home Office.
A non-technical summary (NTS) is an essential element of a Project Licence (PPL), a complex document containing information on the methodology of proposed experiments involving animals. It also contains justification for the planned work, a description of animal monitoring and the care and humane endpoints which are set for each experiment and disease model to prevent unnecessary suffering.
Before a project licence is approved it goes through a rigorous review by the institutional ethics committee also known as an AWERB (Animal Welfare and Ethical |Review Body) before being reviewed by a specialist Home Office Inspector. The licence is only valid if approved by the Home Office, and if granted is for a maximum 5 year term. For more information on the Crick’s governance process for animal research including the PPL application process, please visit our Governance page.
The NTS is a general overview of the proposed work which contains crucial information on the benefits of proposed work, on harms to the animals that may occur during the experiments and on application of the 3Rs in the proposal. This would cover research carried out which replaces the use of animals with non-animals alternatives, progress that has been made to reduce the number of animals needed and the continued work to refine procedures to reduce harm to the animal and advance best practice.
NTS also include data on animal numbers and severity estimates for that research project.
Actual numbers on severity and animals used are published each year for the Crick as a whole.
2025
- Cytokine signalling in development and disease
- Development and function of neural circuits underlying perception and behaviour in the mammalian brain
- Development and function of the immune system
- Embryogenesis, stem cells and cell fate decisions
- Generation, validation and archiving of genetically altered animals
- Genetics of down syndrome
- Investigation of pathways regulating tumour progression and regression
- Neutrophils in infection and disease
- Precision-guided therapy for cancer: in vivo molecular imaging and treatment
- Provision of animal colony management services & associated support
- Remote influence of cancer on the hematopoietic, immune and cardiovascular systems
- Service licence - imaging and biodistribution
- Somatic mutations in organ regeneration, ageing and cancer
- The genetics and therapy of skin disease (2025-2030)
- The role of basal cell extrusion in invasion of transformed cells
- The role of DNA Damage response and replication factors in genome stability and physiology
2024
- Analysing the mechanisms underpinning the lethality of cancer
- Bacterial and host interactions in tuberculosis infection
- Investigation of cryptosporidium host-pathogen interactions
- Investigation of how lung cancers evade the immune system
- Mechanisms of normal and leukemic haematopoiesis
- Probing interactions between tumour and the immune system
- Synaptic organisation of neuronal circuits for perception and behaviour
- State-dependent neural processing
- Synaptic organisation of neuronal circuits for perception and behaviour
- The role of extrusion and smooth muscle in asthma attacks and inflammation
2023
- Enteric nervous system: Development and roles in health and disease
- Germinal centers in infection and cancer
- Genes and immune cell function in health and disease
- Identification of determinants of pathology and protection in infections of barrier organs
- Kinases in brain development and function
- Mechanisms of computation in the brain
- Mechanism of stem cell homeostasis, cancer and tissue regeneration
- Physiological significance of organ plasticity
- Regulation of the mucosal immune response during infection with pathogens or pathobionts and inflammation in rodents
- Retrovirus-immune system interaction in mice
- Regulation of immunity by unconventional T cells
- Reversing the effects of neuromuscular blocking agents and drugs of abuse
- Studies of the immune response to infection, tissue damage and cancer
- The role of sex chromosomes in development and disease
- Understanding genetic eye disease and developing treatments
- Understanding the impact of healthy and compromised pregnancy in mother and offspring
2022
- Effects of human gene mutations and follicular T cell products on immune responses and disease
- Effects of metabolic stress on tissues and tumours
- Functional analysis of the SRF network and rho-actin signalling
- Identification and validation of pathology related antigens for potential use in immunotherapy
- Influenza in ferrets
- Investigating the effects of genome instability on tumour development over time
- Mitochondrial regulation of neuronal presynaptic function in health and disease
- Neural circuits and immunity in psychosis
- Role of Arp2/3 isoforms in mouse development and tissue homeostasis
- The role of the RASSF family in development and regeneration
- The evolution of the placenta across vertebrates
- Understanding how metabolism contributes to cancer development, progression and treatment response
2021
- Colony management, production & preservation of GA animals as a service & associated support
- Developmental dynamics of tissue formation
- Dissecting the intrinsic and extrinsic mechanisms regulating normal and leukemic stem cells
- Dissecting vertebrate heart development
- Elucidating the neuroscience aspect of cancer biology to identify novel therapeutics
- Gamma delta T cells and body surface immunity
- Genetics of sex differentiation
- Human antibody generation platform
- Isolation and propagation of virus in eggs
- Mapping and controlling neural circuits
- Mechanisms of metabolic regulation in health and disease
- Metabolism as a novel target for cancer therapy
- Reversing the effects of neuromuscular blocking agents and drugs of abuse
- Neuron-glia biology in neurodegenerative disorders
- Studying host interactions in tumour and metastasis