doc. Mgr. Pavel Dvořák, Ph.D.

2023

• PUSH-based Strategy to Increase Glycolytic Flux in Pseudomonas putida from co-Utilized Cellulosic Sugars to Biopolymer Precursors

  DVOŘÁK Pavel BUJDOŠ Dalimil POPELÁŘOVÁ Barbora VOLKE Daniel C. NIKEL Pablo I. SONNENSCHEIN Nikolaus

  Appeared in Conference without Proceedings

  Year: 2023, type: Appeared in Conference without Proceedings

• SEVA 4.0: an update of the Standard European Vector Architecture database for advanced analysis and programming of bacterial phenotypes

  MARTÍNEZ-GARCÍA Esteban FRAILE Sofía ALGAR Elena APARICIO Tomás VELÁZQUEZ Elena CALLES Belén TAS Huseyin BLÁZQUEZ Blas MARTÍN Bruno PRIETO Clara SÁNCHEZ-SAMPEDRO Lucas NORHOLM Morten H H VOLKE Daniel C WIRTH Nicolas T DVOŘÁK Pavel ALEJALDRE Lorea GROZINGER Lewis CROWTHER Matthew GONI-MORENO Angel NIKEL Pablo I NOGALES Juan DE LORENZO Víctor

  Article in Periodical

  Nucleic Acids Research, year: 2023, volume: 51, edition: D1, DOI

• Thermostable FGF2 polypeptide, use thereof

  DVOŘÁK Petr KREJČÍ Pavel BÁLEK Lukáš EISELLEOVÁ Lívia KONEČNÁ Žaneta DVOŘÁK Pavel BEDNÁŘ David BREZOVSKÝ Jan ŠEBESTOVÁ Eva CHALOUPKOVÁ Radka ŠTĚPÁNKOVÁ Veronika VAŇÁČEK Pavel PROKOP Zbyněk DAMBORSKÝ Jiří BOSÁKOVÁ Michaela

  Patent

  Publisher: Canadian Intellectual Property Office, state: Canada, patent's number: CA3006388, year: 2023

• Thermostable FGF2 polypeptide, use thereof

  DVOŘÁK Petr KREJČÍ Pavel BÁLEK Lukáš EISELLEOVÁ Lívia KONEČNÁ Žaneta DVOŘÁK Pavel BEDNÁŘ David BREZOVSKÝ Jan ŠEBESTOVÁ Eva CHALOUPKOVÁ Radka ŠTĚPÁNKOVÁ Veronika VAŇÁČEK Pavel PROKOP Zbyněk DAMBORSKÝ Jiří BOSÁKOVÁ Michaela

  Patent

  Publisher: United States Patent and Trademark Office, state: United States of America, patent's number: US11746135B2, year: 2023

• Thermostable FGF2 Polypeptide, Use Thereof

  DVOŘÁK Petr KREJČÍ Pavel BÁLEK Lukáš EISELLEOVÁ Lívia KONEČNÁ Žaneta DVOŘÁK Pavel BEDNÁŘ David BREZOVSKÝ Jan ŠEBESTOVÁ Eva CHALOUPKOVÁ Radka ŠTĚPÁNKOVÁ Veronika VAŇÁČEK Pavel PROKOP Zbyněk DAMBORSKÝ Jiří BOSÁKOVÁ Michaela

  Patent

  Publisher: Intellectual Property India, state: India, patent's number: IN485239, year: 2023

• Unlocking the potential of inedible plant biomass using microbial engineering and synthetic biology

  HRNČÍŘOVÁ Barbora DVOŘÁK Pavel

  Appeared in Conference without Proceedings

  Year: 2023, type: Appeared in Conference without Proceedings

• Unlocking the potential of inedile plant biomass: From field to fueltank

  HRNČÍŘOVÁ Barbora DVOŘÁK Pavel

  Appeared in Conference without Proceedings

  Year: 2023, type: Appeared in Conference without Proceedings

• Upgrading Pseudomonas putida by systems metabolic engineering for biotechnological processing of lignocellulosic sugars

  DVOŘÁK Pavel BURÝŠKOVÁ Barbora POPELÁŘOVÁ Barbora BENEŠÍK Martin BUJDOŠ Dalimil

  Appeared in Conference without Proceedings

  Year: 2023, type: Appeared in Conference without Proceedings

• Upgrading Pseudomonas putida by systems metabolic engineering for lignocellulose biotechnology

  DVOŘÁK Pavel BURÝŠKOVÁ Barbora POPELÁŘOVÁ Barbora BUJDOŠ Dalimil BENEŠÍK Martin

  Appeared in Conference without Proceedings

  Year: 2023, type: Appeared in Conference without Proceedings

• Water potential governs the effector specificity of the transcriptional regulator XylR of Pseudomonas putida

  DVOŘÁK Pavel GALVAO Teca Calcagno PFLÜGER-GRAU Katharina BANKS Alice M. DE LORENZO Víctor JIMÉNEZ Jose I.

  Article in Periodical

  Environmental Microbiology, year: 2023, volume: 25, edition: 5, DOI