The phrase "a growing batch" is correct and usable in written English.
It can be used to describe an increasing quantity or group of items, often in contexts like production, cooking, or data collection.
Example: "The bakery is preparing a growing batch of cookies to meet the rising demand from customers."
Alternatives: "an expanding group" or "an increasing number".
A growing batch of memoirs by literary screw-ups and also-rans suggests that mistakes the bigger and more luridly described the better might be a portal to the success, or, at the very least, the solvency, that eluded their authors the first time around.
A growing batch of memoirs by literary screw-ups and also-rans suggests that mistakes — the bigger and more luridly described the better — might be a portal to the success, or, at the very least, the solvency, that eluded their authors the first time around.
SmileDirectClub, which is closely held, is the most prominent of a growing batch of start-ups seeking to capture that market.
If the research goes on to deliver new medicines, it would mark a notable victory for AI in drug discovery, bolstering the prospects of a growing batch of start-up companies focused on the technology.
This growing batch culture was used as a starting point for further fed-batch induction, in which a media without glucose containing 1 mM IPTG and 0.4 M saccharose was continuously added.
DEBtox techniques provided robust estimates of EC10 for population growth rates in exponentially growing batch cultures of phytoplankton, and should be widely useful for ecotoxicological testing.
As well, the growing batch of tech startups in metro hubs globally will also look to law firms who understand their business models and demonstrate a fluency in the latest technology and digital trends.
Desulfovibrio gigas contains about nine genome equivalents in ammonia-limited chemostat cultures and about 17 genome copies in fast growing batch cultures [21].
Strikingly, this pattern is reversed in the rapidly growing batch cultures, where the enrichment of over-expressed genes is greater than that of under-expressed genes (P < 10-10 and P < 10-5, respectively).
In exponentially growing batches of E. coli GeneHogs®, pX1.0 replicated at a ratio equivalent to 0.6 plasmid copies per fg total DNA as determined by quantitative PCR (qPCR).
Three independently grown batches of plants grown under Mn-sufficient and Mn-deficient conditions were used for analysis.
