Detailed Information on Publication Record

MATĚJKOVÁ, Petra and David ŠMAJS. Nukleotidové záměny v genomech blízce příbuzných treponem a jejich detekce (Nucleotide changes in the genomes of closely related treponemes). In Abstrakta 48. Studentské vědecké konference. 2004th ed. Brno: Lékařská fakulta MU, 2004, p. 29-30, 1 pp.

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Basic information
Original name	Nukleotidové záměny v genomech blízce příbuzných treponem a jejich detekce
Name in Czech	Nukleotidové záměny v genomech blízce příbuzných treponem a jejich detekce
Name (in English)	Nucleotide changes in the genomes of closely related treponemes
Authors	MATĚJKOVÁ, Petra (203 Czech Republic) and David ŠMAJS (203 Czech Republic, guarantor).
Edition	2004. vyd. Brno, Abstrakta 48. Studentské vědecké konference, p. 29-30, 1 pp. 2004.
Publisher	Lékařská fakulta MU

Other information
Original language	Czech
Type of outcome	Proceedings paper
Field of Study	Genetics and molecular biology
Country of publisher	Czech Republic
Confidentiality degree	is not subject to a state or trade secret
RIV identification code	RIV/00216224:14110/04:00012097
Organization unit	Faculty of Medicine
Keywords in English	Treponema pallidum ssp. pallidum; Treponema pallidum ssp. pertenue
Tags	Treponema pallidum ssp. pallidum, Treponema pallidum ssp. pertenue
Changed by	Changed by: prof. MUDr. David Šmajs, Ph.D., učo 1116. Changed: 30/5/2005 14:26.

Abstract
No extensive differences in genome structure between Treponema pallidum ssp. pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts). Anotace anglicky: No extensive differences in genome structure between pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts).

Abstract

No extensive differences in genome structure between Treponema pallidum ssp. pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts). Anotace anglicky: No extensive differences in genome structure between pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts).

Abstract (in English)
No extensive differences in genome structure between pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts). Anotace anglicky: No extensive differences in genome structure between pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts).

Abstract (in English)

No extensive differences in genome structure between pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts). Anotace anglicky: No extensive differences in genome structure between pallidum and pertenue subspecies including deletions and multiplications of genes using DNA microarray technology have been found. Sequencing showed no deletions and insertions of nucleotides (no ORF shifts). One can predict, that pallidum and pertenue genomes differ in one nucleotide per every 1640 bps (altogether in 700 nts).

Links
GA310/04/0021, research and development project	Name: Postgenomické studie syfilitické spirochety Treponema pallidum
GA310/04/0021, research and development project	Investor: Czech Science Foundation, Postgenomic studies on Treponema pallidum, the syphilis spirochete
NI7351, research and development project	Name: Komparativní genomika patogenních spirochet rodu Treponema: cesta k sekvenčně specifické diagnostice
NI7351, research and development project	Investor: Ministry of Health of the CR