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Transcriptional Regulatory Elements

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We have introns, satalite DNA, telomeras, non coding DNA genes and genes regulatory sequenxes

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We have introns, satalite DNA, telomeras, non coding DNA genes and genes regulatory sequenxes

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Transposons, introns,

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Regulatory elements (promoter ,non coding rna region , )transposons ,telomere,repetative seqeunce

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Regulatory elements (promoter ,non coding rna region , )transposons ,telomere,repetative seqeunce

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Repeating sequences, transposons

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Transposons.. Splicing... Promoter..

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Introns, transposons, SINEs, LINEs, LTR, satellites, Alu1, L1, pseudogenes, regulatory elements, promoters, enhancers, silencers,

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C-value paradox is the observation thay difference in genome size measured in base pairs do not correlate with the number of protein genes that an organism has nor with its phenotypic complexity

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The c value paradox is that the amount of DNA in a haploid genome (1C value) does not seem to correspond strongly to the complexity of the organism and 1C values can be extremely variable

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 The c value paradox is the amount of DNA in the haploid genome of an organism. 

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 The c value paradox is the amount of DNA in the haploid genome of an organism. 

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Constant value of haploid DNA content per nucleus typically measured in picograms. But C value paradox means it’s the observation that even similar species have different genome sizes

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the c-value paradox means genome size does not correlate with complexity of the organism  

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the c-value paradox means genome size does not correlate with complexity of the organism  

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The c value paradox is that the amount of DNA in a haploid genome (1C value) does Not Seen to correspond strongly to the complexity of the organism and 1C values can be extremely variable

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The c value paradox is that the amount of DNA in a haploid genome (1C value) does Not Seen to correspond strongly to the complexity of the organism and 1C values can be extremely variable

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Genomes carry fraction of DNA which has little or no advantage to organism

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Genomes carry

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The size of the genome does not reflect the organism complexity.

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It is the amount of haploid dna content per nucleus (usually measured in picograms)

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refer to the genome size and amount genentic information does not correlate with the complexity of the organism

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refer to the genome size and amount genentic information does not correlate with the complexity of the organism

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C-value paradox arises when more complex organisms does not mean they have progressively larger genomes.

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Genome size does not equal organism complexity