Patients and doctors working together in partnership:Birch v UCL Hospital NHS Foundation Trust [2008] EWHC 2237 (QB)

Of the myriad of pressing topics current in medical law and ethics, the issue of informed consent appears to be the ‘plainer sibling’. The decision by Cranston J in Birch v UCL Hospital NHS Foundation Trust in 2008 has brought into sharp relief that which many commentators already held to be true. Far from being the ‘plainer sibling’ when weighed against other prominent issues in medical law and ethics, the doctrine of informed consent, is one of the most significant principles to emerge in recent years.

R v Dr Priya Ramnath

The recent conviction at Birmingham Crown Court of Dr Priya Ramnath for the manslaughter of a patient under her care at Stafford District General Hospital, occurs no less than a decade after the original inquest into the victim’s death recorded a verdict of death by natural causes. This verdict was later overturned following a second inquest in 2004 and substituted for a verdict of unlawful killing...

W Primary Care Trust v TB & Ors [2009] EWHC 1737

The primary issue in this case related to TB’s clear and expressed desire to leave V, in order that she might be admitted to an NHS hospital for treatment of what she believed to be a physical, as opposed to a psychological, condition...

Design and fabrication of fibre Bragg gratings with V-shaped dispersion profile for multi-channel signal processing

We have designed and fabricated a new type of fibre Bragg grating (FBG) with a V-shaped dispersion profile for multi-channel dispersion compensation in communication links.

Design and fabrication of fiber Bragg gratings with V-shaped dispersion profile

We propose a new type of fiber Bragg grating (FBG) with a V-shaped dispersion profile. We demonstrate that such V-shaped FBGs bring advantages in manipulation of optical signals compared to conventional FBGs with a constant dispersion, e.g., they can produce larger chirp for the same input pulsewidth and/or can be used as pulse shapers. Application of the proposed V-shaped FBGs for signal prechirping in fiber transmission is examined. The proposed design of the V-shaped FBG can be easily extended to embrace multichannel devices.