How Do You Spell REPETITIVE SEQUENCE?

Pronunciation: [ɹɪpˈɛtɪtˌɪv sˈiːkwəns] (IPA)

The spelling of the word "Repetitive Sequence" is straightforward using the International Phonetic Alphabet (IPA). It is pronounced as [ɹəˈpɛtətɪv ˈsiːkwəns]. The first syllable is pronounced "ruh", while the second syllable is "pet". The word follows the English convention of using the "ive" suffix to create adjectives from nouns, and the stress falls on the third syllable. The final syllable is pronounced like "kwens". The word refers to a pattern or sequence that repeats, such as in genetics or computer programming.

REPETITIVE SEQUENCE Meaning and Definition

1. A repetitive sequence, in the context of genetics and molecular biology, refers to a type of DNA or RNA sequence that occurs in multiple copies within an organism's genome. These sequences consist of a specific arrangement of nucleotides, which are the building blocks of DNA and RNA. Repetitive sequences are characterized by their repeated appearance in the genome, occurring either sequentially or in tandem, where multiple copies of the same sequence are found next to each other.

   There are two main types of repetitive sequences: tandem repeats and interspersed repeats. Tandem repeats are sequences that are repeated one after another on the same DNA strand, forming a contiguous stretch of repeated units. The length of these repeats can vary from a few nucleotides to several kilobases. Interspersed repeats, on the other hand, are sequences that are dispersed throughout the genome, occurring in multiple copies, but not in tandem.

   Repetitive sequences play important roles in various biological processes. They can be involved in regulating gene expression, as some repetitive sequences are found in the promoter regions of genes, where they can affect the binding of transcription factors and the initiation of gene transcription. Repetitive sequences can also have structural functions, such as forming telomeres, which are protective caps at the ends of chromosomes, or centromeres, which play a role in chromosome segregation during cell division. In addition, repetitive sequences can undergo mutations and DNA rearrangements, leading to genetic variation and evolution.

Common Misspellings for REPETITIVE SEQUENCE

• eepetitive sequence
• depetitive sequence
• fepetitive sequence
• tepetitive sequence
• 5epetitive sequence
• 4epetitive sequence
• rwpetitive sequence
• rspetitive sequence
• rdpetitive sequence
• rrpetitive sequence
• r4petitive sequence
• r3petitive sequence
• reoetitive sequence
• reletitive sequence
• re-etitive sequence
• re0etitive sequence
• repwtitive sequence
• repstitive sequence
• repdtitive sequence
• reprtitive sequence

Etymology of REPETITIVE SEQUENCE

The word "repetitive" is derived from the Latin word "repetere", which means "to repeat". It is formed by combining the prefix "re-" meaning "again", and the verb "petere" meaning "to seek, ask for".

The word "sequence" comes from the Latin word "sequens", which means "following" or "successive" (derived from "sequi" meaning "to follow"). It refers to an ordered arrangement or succession of elements.

Therefore, the term "repetitive sequence" is formed by combining these two words to describe a structure or pattern that repeats or occurs in a sequential manner. In various scientific contexts, a repetitive sequence often refers to a specific pattern that is repeated multiple times within a DNA or protein sequence.