No......
You have no argument..............
There is enough evidence already available to conclusivly illustrate that psudogenes are bogus..........
By definition, pseudogenes lack a function. However, the classification of pseudogenes generally relies on computational analysis of genomic sequences using complex algorithms.[22] This has led to the incorrect identification of pseudogenes. Examples include:
1) The Drosophila jingwei gene, a functional, chimeric gene which was once thought to be a processed pseudogene.[23]
2) Makorin1 (MKRN1). In 2003, Hirotsune et al. identified a.......
3) Phosphoglycerate mutase 3 (PGAM3P). A processed pseudogene called phosphoglycerate mutase 3 (PGAM3P) actually produces a functional protein.[28]
4) siRNAs. Some endogenous siRNAs appear to be derived from pseudogenes, and thus some pseudogenes play a role in regulating protein-coding transcripts.[29][30]
5) PTENP1 and KRAS1P. In June 2010, Nature published an article showing the mRNA levels of tumour suppressor PTEN and oncogenicKRAS is affected by their pseudogenes PTENP1 and KRAS1P. This discovery demonstrated an miRNA decoy function for pseudogenes and identified their transcripts as biologically active units in tumor biology; thus attributing a novel biological role to expressed pseudogenes, as they can regulate coding gene expression, and reveal a non-coding function for mRNAs in disease progression.[31]
You have no argument..............
There is enough evidence already available to conclusivly illustrate that psudogenes are bogus..........
By definition, pseudogenes lack a function. However, the classification of pseudogenes generally relies on computational analysis of genomic sequences using complex algorithms.[22] This has led to the incorrect identification of pseudogenes. Examples include:
1) The Drosophila jingwei gene, a functional, chimeric gene which was once thought to be a processed pseudogene.[23]
2) Makorin1 (MKRN1). In 2003, Hirotsune et al. identified a.......
3) Phosphoglycerate mutase 3 (PGAM3P). A processed pseudogene called phosphoglycerate mutase 3 (PGAM3P) actually produces a functional protein.[28]
4) siRNAs. Some endogenous siRNAs appear to be derived from pseudogenes, and thus some pseudogenes play a role in regulating protein-coding transcripts.[29][30]
5) PTENP1 and KRAS1P. In June 2010, Nature published an article showing the mRNA levels of tumour suppressor PTEN and oncogenicKRAS is affected by their pseudogenes PTENP1 and KRAS1P. This discovery demonstrated an miRNA decoy function for pseudogenes and identified their transcripts as biologically active units in tumor biology; thus attributing a novel biological role to expressed pseudogenes, as they can regulate coding gene expression, and reveal a non-coding function for mRNAs in disease progression.[31]

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