Fit and well (finding)

Isolation of peripheral blood mononuclear cells (PBMC) from whole blood donated by healthy volunteers for laboratory certification purposes

Year Started: 2017

Due to increasing demand for the validation of staff performing white blood cell isolation from whole blood, laboratory operators based in the University of Southampton and University Hospital Southampton NHS Foundation Trust must be certified by conducting the activities described in specific standard operating procedures (SOPs) for the separation of white blood cells from whole blood. In order to validate the laboratory operators for the purpose of certification, blood from healthy volunteers is required. The isolated white cells will undergo analysis to determine how many cells were isolated, if the cells are dead or alive and if the cells have been excessively stimulated during the procedure or not. If there are any cells left over after the analysis has been done, they will be destroyed. If the quantity and quality of the white blood cells falls within expected parameters, the operators performing the procedure will be validated and certified for that particular SOP.



Access:
Access restricted at present
Type:
Cohort
Status:
In progress
Consent restrictions:
Commercial restriction, Xenograft restriction


Associated Data Type Procurement Timeframe
Biomarker datasets > 6 months
Clinical records > 6 months
Freezer temperature logs > 6 months
Physiological/biochemical measurements > 6 months
Quality indicators > 6 months
Donor Ethnicity > 6 months


Female

Adult (> 40 years)

11 - 100 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Whole blood -60°C to -85°C Not applicable 100%
Peripheral blood mononuclear cells (PBMC) Liquid nitrogen vapor phase Not applicable 100%


Female

Young adult (18 - 40 years)

11 - 100 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Whole blood -60°C to -85°C Not applicable 100%
Peripheral blood mononuclear cells (PBMC) Liquid nitrogen vapor phase Not applicable 100%


Male

Young adult (18 - 40 years)

11 - 100 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Whole blood -60°C to -85°C Not applicable 100%
Peripheral blood mononuclear cells (PBMC) Liquid nitrogen vapor phase Not applicable 100%


Male

Adult (> 40 years)

11 - 100 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Whole blood -60°C to -85°C Not applicable 100%
Peripheral blood mononuclear cells (PBMC) Liquid nitrogen vapor phase Not applicable 100%

Fit and well (finding)

An RNAseq study of SARS-CoV2 viral entry routes, disease biomarkers and therapeutic targets in the eye

Year Started: 2020

SARS-CoV2 is the virus which causes COVID-19, the form of coronavirus which is now a global pandemic. The gene ACE2 is involved when SARS-CoV2 infection occurs and the eye is an important possible place of entry for the virus to get into the body. It is thought that the virus enters the eye through ACE2, but this remains unclear. We will look at gene expression in eye tissue to identify whether ACE2 is important in the eye and generate a picture of biomarkers of the eye which may predict disease severity. This will help in understanding the first steps in the mechanism of infection and potential targets for therapies. We will be using excess surgical tissue from the eyes of non COVID-19 patients undergoing surgery for other reasons.



Access:
Access restricted at present
Type:
Cohort
Status:
In progress
Consent restrictions:
Commercial restriction, Xenograft restriction


Associated Data Type Procurement Timeframe
Biomarker datasets > 6 months
Clinical records > 6 months
Genomic datasets > 6 months
Physiological/biochemical measurements > 6 months
Quality indicators > 6 months
Donor Ethnicity > 6 months


Female

Young adult (18 - 40 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%


Male

Young adult (18 - 40 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%


Male

Adolescent (12 - 18 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%


Male

Child (6 - 12 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%


Female

Adult (> 40 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%


Male

Adult (> 40 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%


Female

Adolescent (12 - 18 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%


Female

Child (6 - 12 years)

1 - 10 donors

Material Type Extraction Procedure Storage Temperature Preservation Type Macroscopic Assessment % of Sample Set
Tissue specimen -60°C to -85°C Not applicable 100%
RNA -60°C to -85°C Not applicable 100%