Disadvantages are present in every tool for editing every document type, and despite the fact that you can find a lot of solutions on the market, not all of them will suit your particular needs. DocHub makes it much simpler than ever to make and change, and manage documents - and not just in PDF format.
Every time you need to swiftly blot identification in odt, DocHub has got you covered. You can quickly alter document elements such as text and images, and structure. Personalize, arrange, and encrypt files, create eSignature workflows, make fillable documents for smooth information collection, etc. Our templates feature allows you to create templates based on documents with which you often work.
Additionally, you can stay connected to your go-to productivity tools and CRM platforms while dealing with your files.
One of the most remarkable things about using DocHub is the ability to manage document tasks of any complexity, regardless of whether you require a fast tweak or more complex editing. It comes with an all-in-one document editor, website document builder, and workflow-centered tools. Additionally, you can be sure that your documents will be legally binding and comply with all safety protocols.
Shave some time off your projects with the help of DocHub's features that make managing files easy.
we understand that the genome of each organism contains thousands of genes each gene or DNA sequence is transcribed into RNA and then RNA is translated into proteins that play various roles in the body of an organism suppose gene X is present in the genomic DNA of a mouse now we want to know how much active is this gene in different tissues of the mouse letamp;#39;s say how much active is gene X in the cells of the liver heart and intestines of the mouse by dumb active I mean at a given time how actively this gene is transcribed in biological vocabulary we want to study the level of gene expression in each case level of gene expression can be easily determined if we find out the amount of RNA transcribed from gene X in each tissue for this we need to do two things first isolate RNA from the different tissues of the mouse and second detect and quantify the specific RNA that is already transcribed from gene X the technique which will be suitable for this kind of gene expression and anal
