Sentence examples for replication from high-quality English sources.

• (Left) Conservative replication.

• …emphasis on the importance of replication.

• In 2012 my anticipation of a 53% replication failure rate for psychology at large was published.

• The replication committee assumes that replication should be avoided whenever possible.

• …a key role in the replication of the DNA molecule.

• The replication rate of gammaherpesviruses is variable.

• Collins extends the problem to scientific replication more generally.

• They identify five main ways in which a replication study may diverge from an initial study.

Use replication in a sentence.

• Depending on the measure taken, the replication success rate was 57–67% (Camerer et al. 2018).

• Imperfections in primitive RNA replication likely gave rise to many variant autocatalytic RNA molecules.

• In a similar way, it can be argued that Meselson’s and Stahl’s evidence for semi-conservative replication was incomplete.

• For example, such replication attempts constitute roughly 1% of the published psychology literature (Makel, Plucker, & Hegarty 2012).

• He consequently suggests his alternative distinction between direct and conceptual replication, presumably intending a conceptual replication to cover Radder’s second and third types.

• Many scientists believe that replication is epistemically valuable in some way, that is to say, that replication serves a useful function in enhancing our knowledge, understanding or beliefs about reality.

• In the circular DNA of prokaryotes, replication starts at a unique site called the origin of replication and then proceeds in both directions around the molecule until the two processes meet, producing two daughter molecules.

• Gómez, Juristo, and Vegas’s (2010) typology of replication is based on a multidisciplinary survey of over 18 scholarly classifications of replication studies which collectively contain more than 79 types of replication.

replication sentence examples

• …processes in the absence of replication lead to the sorts of complexity that characterize biological systems; replication, however, may be interpreted as an especially efficient thermodynamic means of gradient breakdown—a kind of special, slow-burning “fire.”

• Steinle takes such historical cases to provide normative guidance for understanding the epistemic value as replication as context-sensitive: whether replication is necessary or sufficient for establishing a research claim will depend on a variety of considerations, such as those mentioned earlier.

• With the structure of DNA in hand, molecular biology shifted its focus to how the double helical structure aided elucidation of the mechanisms of genetic replication and function, the keys to understanding the role of genes in heredity (see the entries on replication and reproduction and inheritance systems).

• Some putative merits of Earp and Trafimow’s account, then, are that it provides a formalisation whereby replication attempts are informative even if they are not conclusive, and furthermore, the formalisation provides a role for both quantity of replication attempts as well as auxiliary assumptions about the replications.