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Comma splices are similar to run-on sentences, which join two independent clauses without any punctuation or a coordinating conjunction such as and, but, for, etc. Sometimes the two types of sentences are treated differently based on the presence or absence of a comma, but most writers consider the comma splice a special type of run-on sentence ...
English allows what is called a free, fused or nominal relative construction. [19] This kind of relative construction consists of a relative clause that instead of attaching to an external antecedent—and modifying it as an external noun phrase—is "fused" with it; and thus a nominal function is "fused" into the resultant 'construction'. For ...
A simple type of fused construction (not a relative) is exemplified by any within I didn't notice any: Although a noun phrase (such as any food) is normally headed by a noun, and although any is normally (as in any food) a dependent, within I didn't notice any it heads a noun phrase and thus functions as a fused dependent-head. [2]: 56
Run On or run-on may refer to: Run-on, in hydrology, the process or measure of surface water infiltration; Run-on sentence, a grammatical construction; Nuclear run-on, a test to identify genes; Run On (band) "God's Gonna Cut You Down" (also known as "Run On" or "Run On for a Long Time"), a folk song covered by many artists
A major sentence is a regular sentence; it has a subject and a predicate, e.g. "I have a ball." In this sentence, one can change the persons, e.g. "We have a ball." However, a minor sentence is an irregular type of sentence that does not contain a main clause, e.g. "Mary!", "Precisely so.", "Next Tuesday evening after it gets dark."
FUS/TLS was initially identified as a fusion protein (FUS-CHOP) produced as a result of chromosomal translocations in human cancers, especially liposarcomas. [6] [9] In these instances, the promoter and N-terminal part of FUS/TLS is translocated to the C-terminal domain of various DNA-binding transcription factors (e.g. CHOP) conferring a strong transcriptional activation domain onto the ...
The first fusion gene [1] was described in cancer cells in the early 1980s. The finding was based on the discovery in 1960 by Peter Nowell and David Hungerford in Philadelphia of a small abnormal marker chromosome in patients with chronic myeloid leukemia—the first consistent chromosome abnormality detected in a human malignancy, later designated the Philadelphia chromosome. [3]
The fusion of fluorescent tags to proteins in a host cell is a widely popular technique used in experimental cell and biology research in order to track protein interactions in real time. The first fluorescent tag, green fluorescent protein (GFP), was isolated from Aequorea victoria and is still used frequently in modern research.