what is the difference between c-myc and myc?
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Myc and c-myc are the same thing, the normal cellular (hence the c) version of this protein, which can be oncogenic when mutated. The myc tag is a 10-residue sequence derived from c-myc, which is a much larger protein.
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Difference between Array and Pointers in C. Array in C is used to store elements of same types whereas Pointers are address varibles which stores the address of a variable. Now array variable is also having a address which can be pointed by a pointer and array can be navigated using pointer.
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Obviously here, Serial is used for debugging (sending info to the serial monitor of your PC), whereas mySerial is used to communciate with the GSM device.
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While it remains to be investigated if CDK4/6i may regulate MYC in a tissue-specific manner, we provide evidence that Palbociclib induces downregulation of MYC and its target genes involved in HR repair, causing synthetic lethality with PARP inhibition in ovarian cancer cells.
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-A chromatid always consists of two linear DNA molecules, whereas a chromosome always consists of just one linear DNA molecule. ... A chromatid is one half of a replicated chromosome, whereas a chromosome consists of DNA wrapped around proteins in a highly organized manner.
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The Main Difference Between G Code and M Code Some refer to the CNC program as G code, though the numbers accompanying G direct only the motion and function of the system. The M value is a part of the program that tells the machine how to do operations outside movements.
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"I-cache" refers to "instruction cache." D-cache refers to data cache. These refer to a split cache design where two small caches exist, one exclusively cachine instruction code and the other exclusively caching data.
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C is generally used for desktop computers, while embedded C is for microcontroller based applications. C can use the resources of a desktop PC like memory, OS, etc. While, embedded C has to use with the limited resources, such as RAM, ROM, I/Os on an embedded processor.
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To the compiler, there is no difference between the two declarations. ... For example, both of the following statements declare only one pointer. int* ptr, foo, bar; int *ptr, foo, bar; This statement declares multiple pointers, which prevents using the "int*" spacing.
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In practice, the difference is in the location where the preprocessor searches for the included file. ... For #include "filename" the preprocessor searches first in the same directory as the file containing the directive, and then follows the search path used for the #include <filename> form.
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strncpy is NOT safer than strcpy, it just trades one type of bugs with another. In C, when handling C strings, you need to know the size of your buffers, there is no way around it. ... if you don't know the lengths, then you risk silently truncating your strings, which is not much better than a buffer overflow.
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<stdio. h> searches in standard C library locations, whereas "stdio. h" searches in the current directory as well. Ideally, you would use <...> for standard C libraries and "..." for libraries that you write and are present in the current directory.
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Chromatin Is Extensively Condensed as Cells Enter Mitosis The most obvious difference between interphase and mitosis involves the appearance of a cell's chromosomes. During interphase, individual chromosomes are not visible, and the chromatin appears diffuse and unorganized.
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What is the difference between a chromatid and a chromosome? See Section 12.1 ( page 255) . 1) A chromatid is one half of a replicated chromosome, whereas a chromosome consists of DNA wrapped around proteins in a highly organized manner.
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Why is scanf faster than cin? On a high level both of them are wrappers over theread() system call, just syntactic sugar. The only visible difference is that scanf() has to explicitly declare the input type, whereas cin has the redirection operation overloaded using templates.
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MAPK can phosphorylate C-myc. MAPK phosphorylates and activates MNK, which, in turn, phosphorylates CREB. MAPK also regulates the transcription of the C-Fos gene. By altering the levels and activities of transcription factors, MAPK leads to altered transcription of genes that are important for the cell cycle.
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Looking at the diagram, you might notice there are a lot of differences between meiosis I and meiosis II, including: In meiosis I, homologous chromosomes separate, while in meiosis II, sister chromatids separate. Meiosis II produces 4 haploid daughter cells, whereas meiosis I produces 2 diploid daughter cells.