Genetic Engineering inBacillus subtilis

Genetic engineering.

Genetic engineering

BglII 5’...A_GATCT...3’ (5’overhang) BamHI 5’...G_GATCC...3’ (5’overhang); notice: MboI and Sau3AI = 5’..._GATC...3’ EcoRI 5’...G_AATTC...3’ (5’ overhang) HpaII 5’...C_CGG...3’ (5’ overhang); notice: CpG methylation blocked HindIII 5’...A_AGCTT...3’ (5’ overhang) KpnI 5’...GGTAC_C...3’ (3’ overhang) NcoI 5’...C_CATGG...3’ (5’ overhang); notice: Kozak sequence (RCC)ACCATGG NotI 5’...GC_GGCCGC......

Genetic Engineering

The future of genetics, like that of any other technology, offers great promise but also great peril. Nuclear technology has provided nuclear medicine, nuclear energy, and nuclear weapons. Genetic technology offers the promise of a diverse array of good, questionable, and bad technological applications. Christians, therefore, must help shape the ethical foundations of this technology and its fu...

Function of Religious Capital in the Acceptance of Genetic Engineering

Religions and religious schools have always been one of the main and fundamental factors in the creation and development of civilizations or their destruction. With the establishment of a religious government in Iran; based on the values of the Islamic Revolution, more attention was paid for science and technology. Iran is now praised for its continued growth in scientific publications during t...

Genetic control of flagellation in Bacillus subtilis.

Flagellation in Bacillus subtilis was shown to involve at least three loci: a gene H controlling the specificity of the flagellar antigen; a gene fla controlling the presence or absence of flagella; and a gene mot controlling the function of the flagella. The loci were shown to be nonallelic and unlinked in transformation tests. Strains W 23 and SB 108-b, a derivative of strain 168, were shown ...