The team has shown since the scanner to to laparoscopically image other organs.

The team has shown since the scanner to to laparoscopically image other organs, including the spleen, liver and gall bladder. In the current study the to identify to identify the scanner coordinate indicates the exact location of an artificial lesion in a type of artificial organ, or phantom, commonly used for testing imaging technologies. Researchers entered the coordinates into a simple robot, a biopsy needle is controlled, and the robot did the rest.

Away There are no technical obstacles to this right. ‘.. The artificial intelligence technology in the coming decades the scanner improves maybe to be able to to be able to surgical robots without the help of a surgeon, the researchers said.

The scanner will be the surgeon operated be be for performing for performing minimally invasive ‘laparoscopic ‘surgery on heart or other organs are coupled, said Smith. In such operations, a more realistic view through tiny ‘keyhole’incisions, and the new scanner would surgeons work a more realistic view of the organ in which they.Through the study a gene of hearing deafness in humans, scientists have now new insights into the molecular process whereby components of of inner ear send messages to brain. The team reports its results into the 20 th October 2006 issue of the journal Cell, out of Cell Press.

Borne noise words the CNS, Petit.

Inside hair cell in a comparable way to neurons of operate she said. In If an interior hair cells of is stimulated to open channels, which leads influx the calcium inflow of calcium calcium from coalesce small bag full of neurotransmitter with the cell membranes, Example contents of into the room, or synapses between the receptor cells and audible nerve endings.

During the outer hair cell shortcomings result in significant hearing loss can, she added, in a loss of inner hair cells results total numbness message more than news.. The researchers found out that mice lacking the gene of Otoferlin are deaf. The animal deafness resulting from an inability to translate sound stimulate the release of the chemical neural chemical messengers or neurotransmitter , that would usually happen to information on the auditory nerve and on to the brain, they reported.