Genetic defects

are not functioning properly, or not coding for properly functioning proteins, with the purpose of treatment and correction of a number of genetic disorders. This particular type of treatment technique is hoped to, in the future, be able to replace surgery, and a slew of different drugs in the treatment of a variety of diseases in humans caused by genetic defects. This seems to be a promising technique with the potential to redefine the way we approach treatment of many crippling diseases causing

Science has evolved rapidly, from paternal test, to vitro fertilization (IVF) and testing embryos for genetic defects; and recently talks of designer babies. The first genetically tested embryo was in the US in 2000 . With his birth, came a law in the UK, (which was where this baby was born) prohibiting the creation of more of these babies. This law was created since the British Medical Association, Dr Vivienne Nathanson, said that these babies would feel as “medical products”. This law still remains

One of the most common genetic birth defects is Down syndrome which is a congenital disorder caused from a chromosome defect. It causes impairments and physical abnormalities. This is a condition where a child is born with an extra copy of their 21st chromosome. According to the National Down Syndrome Society (NDSS), 1 in 700 babies are born with DS. There is not an exact cause of how DS happens but there is an explanation as to what happens. When there is any case of reproduction, genes from both

The Genetic Defect Albinism In the past, albinos were usually treated with fear or awe. They were sometimes killed at birth. Albino births were common enough in some groups not to cause any excitement. For example, among the San Blas Indians of Panama, one in approximately 130 births is an albino. In the mid-nineteenth century, albinos were exhibited in sideshows. Whole families were displayed at times and were described as a unique race of might people. They were said to live underground

Witchcraft-susceptible or -wielding gene is a non-hereditary genetic mutation, meaning the Primordial has to alter each new embryo during gestation every single time. The ones resilient to this change become immunes, others who do mutate but receive no gift are naturals or (plain) human, those who mutate, get a gift yet their ‘box’ is empty are borrowers (devourers), while fully gifted ones are the witch folk or super naturals. Nature wiccans being naturals the Source neglects to gift, with Nature

Love Love is difficult to define, difficult to measure, and difficult to understand. Love is what great writers write about, great singers sing about, and great philosophers ponder. Love is a powerful emotion, for which there is no wrong definition, for it suits each and every person differently. Whether love is between family, friends, or lovers, it is an overwhelming emotion that can be experienced in many different ways. People experience love for the first time by being part of a family.

in the CFTR protein and it deletes a small amount of DNA from the CFTR gene. I am going to explain what happens when the CFTR proteins is functioning normally and when it is diseased. Introduction: What is Cystic Fibrosis? Cystic Fibrosis is a genetic disorder

Investigation to Study the Effect of Pair of Stone-Thrower-Wales Defects on the Mechanical Response and Failure Morphology of Graphene G. Rajasekaran, Rajesh Kumar and Avinash Parashar Department of Mechanical and Industrial Engineering Indian Institute of Technology, Roorkee - 247667, India ABSTRACT Structural defects are inevitable in graphene due to its production techniques as well as chemical and heat treatment processes. These defects in graphene are introduced either during the production process

Tuning mechanical properties of graphene with Stone-Thrower-Wales defects - A molecular dynamics study G. Rajasekaran and Avinash Parashar Department of Mechanical and Industrial Engineering Indian Institute of Technology, Roorkee - 247667, India HIGHLIGHTS ABSTRACT Structural defects which are inevitable during the production, chemical and heat treatment processes can affect the mechanical properties of graphene and also defects can be deliberately introduced in graphene by ion beam irradiation

Failure Behavior of a Defective Graphene: Cases of Stone-Thrower-Wales (5-7-7-5) defects G. Rajasekaran Rajesh Kumar and Avinash Parashar Department of Mechanical and Industrial Engineering Indian Institute of Technology, Roorkee - 247667, India ABSTRACT Structural defects which are inevitable during the production, chemical and heat treatment processes can affect the mechanical properties of graphene and also defects can be deliberately introduced in graphene by ion beam irradiation to get required