Genetic Engineering

Plans for the new corporation were publicly announced, including the much-criticized strategy of raising capital by issuing public stocks.

these are short pieces of double stranded DNA of known nucleotide sequence,its a blunt-ended,but contains a restriction site.

A rising CEA level may be the first sign of cancer return, and may show up months before other studies or patient symptoms would raise concern.

Selective breeding is a category that has genetic engineering in it. while selective breeding is choosing a trait or feature to breed on, genetic engineering is a man made change in a subjects genes

Elephantitis, which is hardly a cool disease.

Mad Cow disease which can be maddening.

Technology can be used for many things. Technology can help a weak person, such as if they were to wear a magnetic bracelet. This is scientifically proven. :)

Yes, transformed cells have the ability to pass their newly-acquired traits onto succeeding generations. This is because the transformation process often involves integrating foreign genetic material into the cell's genome, which can be inherited by daughter cells during cell division. As a result, the traits conferred by the transformed cells can be maintained and passed on to subsequent generations.

Methyl markers are basically things that will turn on or off genes so certain traits will be expressed and some wont, they are supposed to help adapt the fetus to better suit the environment it thinks its going into, these markers usually do this while the baby is still in the womb and some come after its out.

Based on the DNA or RNA, based on the organism and based on the process of RNA and DNA the arrangement of codons will occur.

During translation process in mRNA the tRNA's anticodon region comes and binds to the start codon ( AUG, GUG, UUG) of the mRNA where the translation process initiated and the process was and at the stop codon ( UAG, UAA, UGA) region the translation process was terminated. From organism to organism the arrangement of the codons will changed based on the number of basepairs.

she received the woman of the world award 1983 and conducted researches on plant breeding and cyto-genetics

It takes many generations for humans to mature, grow, and die making them not the ideal subject for genetic analysis because there lifetimes are so long.

This is because during meiosis there is (mostly) genetic variation by means of crossing over, independent assortment and mutations. As two gametes are being fused, the end product will be different from the parent, because the factors mentioned above ensure this.

For a bit more info:

The end product might not always be different as sometimes (in a very rare case), independent assortment and mutations might not occur to the two gametes which are to be fertilised, and if the two gametes both contained chromosomes on which crossing over did not occur, and if these two gametes were to fertilise, then the product would be genetically the same as the parent plant.

You might need to re-phrase your question. At the moment it sounds like you're talking about viruses?

Yes, it can. This new chromosome, which is mostly chromosome 22 with a piece of chromosome 9 stuck to it. It is called the Philadelphia chromosome and can cause chronic myelogenous leukemia (CML) as well as some cases of acute lymphocytic and myelogenous leukemia (ALL and AML).

genetic engineering

Combing a portion of human DNA with bacterial DNA and inserting this into bacteria

In genetic engineering, the bacterial cell takes up the plasmid

You dont grow a clone, you clip them off a plant that is in its vegetative cycle, from there the clone grows like from seed. This doesn't just work for pot either, all plants can be cloned

You would get ANRm.

That is hemophilia. It primarily affects males because females with hemophilia do not survive past menarche. The will bleed to death with their first menstruation.

Those terms are synonymous - but genetic defect is more likely to be used to describe a physiological deformity that results from genetics, whereas a chromosomal abnormality might not produce a visible deformity.

lung problems,heart defects,nonfunctioning immune system,kidney failure,and th list goes on....

We generally add milliQ (DNase free) water. For digestion water is added usually. It provides right Hydrogen bonds between enzyme amino acid residues and bases present in the restriction sites.

Utpal Roy

Gene and chromosomal; both change DNA sequence that affects genetic information. Gene mutations involve a change in one ore several nucleotides in a single gene, whereas chromosomal mutations involve changes in the number or structure of whole chromosomes