Marker positions are rounded to nearest 10 bp except for SNP markers which were exact.
In this paper, we reported 37 EST-SSR markers which were developed from 286 unigenes obtained from soybean cDNA library.
Embryoid bodies (EBs) also expressed the early and late neural differentiation markers, which were also unaffected by the acoustic field.
Motion analysis was performed using the Cartesian Optoelectronic Dynamic Anthropometric CX-1 (CODA) system with markers which were attached to the right hand, elbow, wrist and fingers.
Similarly, driving the electrodes deeper resulted in multiphasic extracellular waveforms and also a change in auditory markers which were characterized by decreases in overall signal intensity and frequency content.
Gene expression analysis revealed a difference in the temporal expression of chondrogenic markers which were up regulated in chondrogenic medium compared to levels in basal medium.
Data Dependent™ Acquisition scheme allowed to fill out a tentative list of potential peptide markers, which were further filtered upon fulfilling specific requirements.
We employed sea urchin spines as fiducial markers which were clearly visible on both CT and histology images.
GBS generated a total of 33,987 SNP markers which were furtherly filtered for polymorphic markers and for markers with less than 10%% missing data across the population.
The trajectories of all 77 markers, which were experimentally measured, were represented using the quadratic form of the SLIP model status.
To our knowledge, correlations of the ISQ value with the bone markers which were detected at protein level in PICF are reported for the first time.
