The trend of expression of both tissues suggests that differences observed are due to fat body response to parasite released from the oocysts into the hemocoel.
In thyroid gland, no correlation was found between MYC and NDRG2 mRNA levels, but in breast tissue we found a weakly significant correlation with a positive r-value in both normal and tumor tissues, suggesting that MYC and NDRG2 mRNA are regulated together.
In precocious crabs, lepr expression levels were low in both hepatopancreas and accessory sex gland tissues, suggesting that accessory sex gland development may depend on nutrient accumulation in the hepatopancreas, and that insufficient nutrient accumulation in the hepatopancreas may in turn affect accessory sex gland development.
Moreover, significant increase in mtDNA content has been found in both malignant glioma cell lines and tissues, suggesting that mtDNA content alteration may be an early molecular event in the development and progression of glioma [ 23– 25].
VRK1 is highly expressed in both actively proliferating tissues, human tumor cell lines, and several tumor tissues suggesting that it plays an important role in cell cycle progression [5], [7], [8].
40 The sequencing data indicated that both the wild-type and mutated alleles were present in tumor tissues – suggesting that the mutation was heterozygous.
Both SgSQS and SgCAS have significantly higher levels in fruits than in other tissues, suggesting that steroids and mogrosides are competitors for the same precursors in fruits.
Yet interestingly, Bpnt1 protein is expressed at high levels in a majority of tissues, suggesting that additional tissues might also be affected.
Most families in the AGC, CAMK, CMGC, SCY1, STE, and TKL groups exhibited high expression levels in most tissues, suggesting that these families play key roles in developmental processes.
