Interpolated data from a mobile multisensor platform were used as covariates in Cubist to map soil organic C. The Cubist map was subsequently used as a covariate in the model-assisted and model-based estimation of the total organic C stock.
The map was subsequently used to locate QTLs associated with the fatty acid composition.
The Mr × Cl linkage map was subsequently enriched with DArT markers from the wheat high-density array v. 3.0.
This stability map was subsequently used to identify the mechanisms that can potentially lead to growth instability and related diseases.
The N × L map was initiated with RAPDs, ISSRs and the small numbers of SSR, and a sparse integrated map was subsequently produced [ 20].
After translocation of Map across the intestinal epithelium, Map is subsequently phagocytised by macrophages in the intestinal lamina propria and submucosa.
This map was subsequently illumination corrected by applying a bias field that was obtained using a large standard deviation Gaussian filter (20 pixels) [ 18].
Constructed initially using RFLP markers, this map was subsequently augmented with SNP and SSR markers derived from EST sequencing [ 5, 6].
A T2 map was subsequently created (Repetition Time, TR/ Echo Time, TE: 1500 / 8.5 67.9 milliseconds), using the T2 values from the mid-sagittal section of the sagittal image centered on the midline of the lumbar spine; the mapping was optimized using an 8 multispin echo sequence, available in the software package (ADW 4.3, Functool, GE Medical Systems, Milwaukee WI).
To better understand chromosome evolution in the Solanaceae, the genetic map was subsequently compared to the integrative maps of tomato (S. lycopersicum), potato (S. tuberosum), eggplant (S. melongena), pepper (Capsicum annuum), tobacco (Nicotiana) and their deduced common ancestors, as presented by Wu and Tanksley [ 32] (Additional file 2: Figure S1).
