Biomolecular And Genetic Engineering (PTT 207/4)

The unraveling of the biology and disease mechanisms of the parathyroid has taken great strides in the recent few years. Parathyroid molecular biology is the first book to describe recent studies and discoveries in the field in detail. Key topics addressed include: The study of the molecular biology of the parathyroid hormone gene and its regulation by calcium, phosphate, and vitamin D The generation of mice with genetic deletions of the parathyroid, as well as mice which fail to develop the parathyroid gland The parathyroid s connection to the calcium receptor and its effects, such as regulation of PTH secretion, gene expression, and proliferation The genetic mutations leading to diseases of decreased or excessive activity of the parathyroid The mechanisms of actions associated with patients with chronic renal failure and the development of markedly excessive activity of the parathyroid that causes severe bone disease This book will be essential reading to everyone interested in the latest developments in this burgeoning field.

The SARS outbreak in 2002 caused unprecedented devastation and exhibited unusually high rates of morbidity and mortality. For the SARS coronavirus, the transmission vehicle was man. What added to the spread was man s convenient, rapid and affordable ways of travel that caused the virus to spread globally in a short span of time. The SARS coronavirus jumped the species barrier, similar to many recent zoonotic diseases avian flu, swine flu, Nipah and encephalitis virus. It is extremely important for us to understand the enemy before it strikes again in order to be able to combat such outbreaks as and when they occur. Molecular mechanisms that the virus exploits within its host and that result in infection and pathogenesis are the key to being able to block its transmission cycle. In this book, leading scientists from around the globe have discussed molecular aspects of viral entry, replication, viral gene expression, pathogenesis and host immune response against the SARS coronavirus.