Background Genomic sequencing technologies have made the possibility of population screening for whole panels of genetic disorders more feasible than ever before. As one of the most common single gene disorders affecting the UK population, hemophilia is an attractive candidate to include on such screening panels. However, very little is known about views toward genetic screening amongst people with hemophilia or their family members, despite the potential for a wide range of impacts on them. Methods Twenty‐two in‐depth qualitative interviews were undertaken to explore the views of adults with hemophilia and their family members, recruited through the Haemophilia Society UK. These interviews were used to develop a survey, the Haem...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
This thesis sought to examine the ethical and social dimensions of genetic testing in the haemophili...
Background Genomic sequencing technologies have made the possibility of population screening for ...
Background Genomic sequencing technologies have made the possibility of population screening for ...
Background Genomic sequencing technologies have made the possibility of population screening for ...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
This thesis sought to examine the ethical and social dimensions of genetic testing in the haemophili...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
This thesis sought to examine the ethical and social dimensions of genetic testing in the haemophili...
Background Genomic sequencing technologies have made the possibility of population screening for ...
Background Genomic sequencing technologies have made the possibility of population screening for ...
Background Genomic sequencing technologies have made the possibility of population screening for ...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Introduction As genomic sequencing become more efficient and cost‐effective, the number of condit...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
This thesis sought to examine the ethical and social dimensions of genetic testing in the haemophili...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
Members of the public face particular challenges when undergoing reproductive genetic screening. Lac...
This thesis sought to examine the ethical and social dimensions of genetic testing in the haemophili...