The phrase "each counterpart" is correct and usable in written English.
You can use it when referring to two or more parties or entities, each of which has an equal relationship with the other. For example: "The agreement was successful because each counterpart worked together to find common ground."
Guinea pig vaccinations with adjuvanted recgE IE63 elicited a strong and specific humoral immune response directed to each counterpart.
Ranking of cations, in terms of Henry's Law constants, is reported for each counterpart anion and vice versa.
In spite of the extensive swapping of secondary structure elements, the topology within each counterpart is preserved, with a very similar overall structure and minimal changes at the interface.
We introduces the recent progress in this field and the key advantages of some nanostructures over each counterpart are discussed and compared, presenting examples and emphasizing the most promising routes.
The genomic organizations of SaSTT3A (a) and SaSTT3B (b) with their each counterpart from A.thaliana and O.sativa were compared.
According to Wilks et al. [34], emotion can be understood more widely as a manipulation of the range of interaction affordances available to each counterpart in a conversation.
The phylogenetic tree showed SaSTT3A and SaSTT3B evolved in parallel when compared with yeast STT3p and were genetically closer to their each counterparts (Fig. 4).
This means that the concerned parties perceive that they can only attain their goals if each respective counterpart, to which they are linked in a cooperative structure, also attains its goals.
Interestingly, Hippo signaling appears to have a high degree of evolutionary conservation from flies to humans as mammalian orthologs exist for each fly counterpart and generally function in a similar manner.
In parallel, the introduction in our liposome formulations of helper lipids bearing phosphatidylethanolamine polar heads increased transfection efficiency up to 7.4- and 6.5-fold in DMPC/DMPE/SS14 and DOPC/DOPE/SS14 lipoplexes, with respect to each binary counterpart.
Each 'breeder' counterpart had therefore exactly the same shape and posture as compared to its 'non-breeder' model pair, with colour markings being the only difference between the two models.
