"exclusively required for" is a correct and usable phrase in written English.
You can use it to describe something that is required only for a specific purpose or goal, with no other alternatives. For example, "She had to use the tool exclusively required for the job."
At first, the NE is designed for the RD column to compute the state variables exclusively required for simulating the control action of the EGMC.
We and other research groups have recently demonstrated that BAF60s display distinct expression profiles in metabolic tissues, and are exclusively required for the regulation of energy metabolism in physiological and disease states in a tissue specific manner.
Thus, neither TLR1 nor TLR6 are exclusively required for F. tularensis recognition by TLR2.
We also demonstrate that neither TLR1 nor TLR6 is exclusively required for TLR2-dependent recognition of F. tularensis in vivo.
Since astrocytes seem to lack HRR, it should be possible to use these cells for examining casual relationships of proteins exclusively required for NHEJ.
We identified 84 genes that are exclusively required for slow growth (69 hours doubling time) and 256 genes required for switching from slow to fast growth.
Organic modification is almost exclusively required to obtain desirable properties for a MSN system in order to provide for eligible biobehavior.
Whereas K1 and K2 genes exclusively required ATM to be upregulated for 5 h after IR, the inverse regulation of K3 genes and a subset of 110 genes exclusively upregulated in atm (K7) suggested that other factor(s) acting concomitantly with ATM tend to repress or induce the expression of gene subsets after IR.
Mall spaces almost exclusively require long and expensive leases that are impossible for e-commerce startups to justify.
In all organisms examined, the DAZ family genes are exclusively expressed in, and required for, the germline development.
In S. cerevisiae, Ime2 is expressed exclusively during meiosis and is required for all stages of this process, including meiotic initiation, S-phase, the meiotic divisions, and gametogenesis (Yoshida et al., 1990; Dirick et al., 1998; Benjamin, 2003; Holt et al., 2007; McDonald et al., 2009).
