The phrase "a high frequency of potential" is grammatically correct and can be used in written English.
It can be used in contexts discussing the likelihood or occurrence of potential events or outcomes.
Example: "In this area, there is a high frequency of potential risks that need to be addressed."
Alternatives: "a strong likelihood of potential" or "a significant occurrence of potential".
The upstream sequence of Gata3 contains a high frequency of potential XREs boxes, while Ahr activation suppresses the Th2 differentiation.
Similarly, studies in the bronchoalveolar lavage fluid of healthy adults have shown a high frequency of potential 'pathogens', including Pseudomonas, Streptococcus, Prevotella, Fusobacterium, Haemophilus, Veillonella, and Porphyromonas [ 4].
In contrast to marrow, CD34+ cells from cord blood possess higher proliferative potential, and a higher frequency of long term and SCID repopulating cells [17].
Poorly differentiated tumors (G3) seem to have a higher invasive potential resulting in a higher frequency of lymph node metastases and lymphangiosis carcinomatosa than well differentiated tumours (G1) [ 40].
Hames and Vardoulakis (2012) assessed the potential impact of a higher frequency of heat waves on mortality in the United Kingdom by using a 4-year baseline period that included 2 major heat wave years (2003 and 2006).
They observed that the empirical frequency of the stop codons did not differ significantly between phases, whereas start codons were more frequent in phase 1 overlaps, and suggested that the higher frequency of potential start codons in phase 1 would favor the formation of overlaps by 5′-end elongation of gene 2, increasing long phase 1 overlaps.
A higher frequency of walking was positively associated only with lower maternal schooling, and the frequency of cycling was significantly associated with all potential confounders.
Estimates of endogenous 8-OHgua levels in human lymphocyte DNA are between 2 and 8 for every 10 5) unaltered bases--a high frequency in view of the potential mutagenicity of this base alteration and of the presence of an effective base excision repair pathway in eukaryotic cells.
Concomitant treatment of HIV and TB presents a series of challenges, including a long treatment duration, high frequency of drug administration, potential complex interactions of the drugs, toxicity of the two therapies, and the occurrence of immune reconstitution syndrome [ 7, 8].
Identification of high frequency of mutations in potential epigenetic regulators (DNMT3A, TET2, IDH1, IDH2, ASXL1, and UTX) is particularly interesting.
The high frequency of occurrence, the potential for global pandemics and the economic burden of influenza infection warrant the need for a better understanding of influenza pathogenesis and the host response so that new antiviral medicines can be developed.
