Sentence examples for microscopy and biochemistry from inspiring English sources

These studies combine yeast molecular genetics with live-cell microscopy and biochemistry.

From the time of his early work, Huxley combined electron microscopy and biochemistry to understand and interpret the changes in x-ray patterns.

Using a combined approach of immunofluorescence, electron microscopy and biochemistry we have followed and characterized the internalization of mouse PrP (moPrP) transfected in FRT (Fischer Rat Thyroid) cells that do not express cav-1 and do not have caveolae (FRT-PrPC), as well as in FRT cav-1 cells (FRT-PrPC/cav-1) which form caveolae [45].

All children were initially treated with parenteral first-line antimicrobials and antimalarials until otherwise guided by the results of the initial three malaria blood slides taken 8 h apart, blood, urine or CSF culture, and CSF microscopy and biochemistry results.

A recent study [ 2] has elegantly demonstrated, by confocal immunomicroscopy, immunogold electron microscopy, and biochemistry, the existence of full-length erbB-3 within the nucleus of several cultured malignant human breast cancer lines.

Friedman et al. have now analyzed how the MICOS complex assembles on the inner membrane in yeast cells using a combination of fluorescence and electron microscopy, proteomics and biochemistry.

It is the main health care provider to a rural population of about 260 000 people, and available services include a modern radiology department with ultrasonography and computer tomography, a fairly well equipped laboratory with microscopy, bacteriology and biochemistry, as well as standard surgical and obstetrical services.

Adult female Ae. aegypti mosquitoes were maintained on sugar alone (unfed), or fed an amino acid meal, and then midgut epithelial cells were analyzed by electron microscopy and protein biochemistry.

Now Sosa et al. have used a combination of X-ray crystallography, electron microscopy, computer modeling, and biochemistry to study the interactions between TorsinA and the two membrane proteins.

Lumbar punctures (to obtain cerebrospinal fluid [CSF] samples for biochemistry, microscopy, and antimicrobial drug sensitivity testing and culture) were limited to infants with GBS-positive cultures of blood samples obtained at birth and to all infants admitted from the community for suspected sepsis.

He used electron and immunofluorescence microscopy alongside other biochemistry and cell biology techniques to identify components of the plastid-division apparatus and to better define their biochemical functions.