Selected markers were found common across stress and year for important traits such as grain number per panicle on Pg1 and Pg5 (Supplementary Fig. 20).
Using the two experimental lineages and three DM resistance traits (described above), 16 sets of markers were found to be associated with DM resistance.
The cause of the symptoms seemed to be FODMAPs, not gluten; no biological markers were found in the blood, feces, or urine to suggest that gluten caused any unusual metabolic response.
The newly developed SSRs markers were found to be useful for diversity analysis, as they successfully differentiated among species and accessions of Mentha.
Through robust PCA, novel gene markers were found to discriminate between D1 and D2 MSN cells.
Only minor temporal changes in relative abundance of the bacterial markers were found in the absence of A. bisporus.
All the immune cell markers were found to have a higher number of positive cells in the granulation tissue than within the vital tumor cell areas.
Accordingly, ER stress markers were found to be increased in blood cells and bronchoalveolar lavage (BAL) from asthmatic patients and in the lung tissue of ovalbumin-challenged mice.
Relatively, more number of polymorphic markers were found on chromosome 1 with a polymorphism of 30.99 %, while, lowest level of polymorphism was found in chromosome 7 (6.67 %).
In the meantime, several potential markers were found to discriminate between between UM and NUM.
Interestingly, in the surgical samples, many EMT markers were found to be expressed preferentially and frequently.
