Or use the native HyperTRANSCRIBE Document (.htd) file as a source file in Researchware’s qualitative analysis software, HyperRESEARCH. When you’re finished transcribing, choose File ↠ Export to save your transcription as plain text, RTF (Rich Text Format), or SBV (YouTube subtitles and captions format). Enter your transcript in the right half of the transcription window as you play the media file.ĥ.
Shift-Tab to back up to the previous segmentĤ. HyperRESEARCH: Sharing Study and Source Files with Other Researchers 178 views3 years ago Intercoder Reliability Tool 3.7K views5 years ago Coding of Media in HyperRESEARCH 582 views6 years ago How.Tab to advance to the next segment and play it.Shift-space to play the current segment.Use the following shortcuts to play a segment at a time: When the file opens, the first five-second segment is selected and ready to play. At the top left corner of the transcription window, click Media File and choose the audio or video file you want to transcribe.ģ. To create a transcript with HyperTRANSCRIBE, follow these basic steps:ġ. When HyperTRANSCRIBE starts up, click New to create a new transcription window.(Or choose File ↠ New instead of clicking the button.)Ģ. Everything is done in a single transcription window, so there’s no need to switch between a play window and a text window.
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HyperTRANSCRIBE is an old player in the transcription software field and it is. Instead, you use simple keyboard shortcuts that always leave your hands on the keyboard’s home row. Express Scribe Transcriva 2 InqScribe Descript HyperTRANSCRIBE.
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By applying this methodology across a diverse collection of cell states and contexts, we put forth hypertranscription as a general and dynamic cellular program that is pervasively employed during development, organ maintenance and regeneration.Unlike software intended for professional transcribers, HyperTRANSCRIBE does not require the use of foot pedals or other equipment. Our findings introduce an approach towards maximizing single-cell RNA-seq profiling. Our analyses reveal a common set of molecular pathways associated with hypertranscription across adult organs, including chromatin remodeling, DNA repair, ribosome biogenesis and translation. In addition to the association between hypertranscription and the stem/progenitor cell state, we dissect the relationship between transcriptional output and cell cycle, ploidy and secretory behavior. Hypertranscription marks cells with multilineage potential in adult organs, is redeployed in conditions of tissue injury, and can precede by 1-2 days bursts of proliferation during regeneration. We find that many different multipotent stem and progenitor cell populations are in a state of hypertranscription, including in the hematopoietic system, intestine and skin. The results reveal a remarkable dynamic range in transcriptional output among adult cell types. Absolute scaling enables an estimation of total transcript abundances per cell, which we validate in embryonic stem cell (ESC) and germline data and apply to adult mouse organs at steady-state or during regeneration. HyperTRANSCRIBE is one of the most convenient transcription programs available in the market today, and it comes with a pedal, freeing your hands. This tool employs QuickTime to play various media formats, including. Here, we use molecule counting and spike-in normalization to develop absolute scaling of single-cell RNA sequencing data. HyperTRANSCRIBE by Research Ware is an easy to use tool for a huge array of video files and audio files. This limitation is in large part due to the fact that modern sequencing approaches, including single-cell RNA sequencing (scRNA-seq), generally assume similar levels of transcriptional output per cell. Despite its potential widespread relevance, documented examples of hypertranscription remain few and limited predominantly to early development. Hypertranscription facilitates biosynthetically demanding cellular state transitions through global upregulation of the nascent transcriptome.
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