Research Explorer

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Researcher

Emma Cremelie

Publications & Research Data

Awards & Distinctions

12 Results

2025

Engineering phage lysins as novel antimicrobials using underexplored design and expression approaches

Emma CremelieYves BriersRoberto Vázquez

PhaLP 2.0 : a community-oriented database and portal for phage lysin research with new tailored computational tools and metagenomic data

Roberto VázquezAlexandre BoulayVictor NémethEmma CremelieBjorn CrielClovis GaliezElsa RousseauYves Briers

Single-cell analysis of yeast surface display for designer cellulosome applications using a fluorescent protein complex

Babette LamoteEmma CremelieKristel DemeyerePhilippe De GrooteDennis GrimonJulie VanderstraetenEvelyne MeyerMarjan De MeyYves Briers

A1 Journal Article in MICROBIOLOGY SPECTRUM

SPAED : harnessing AlphaFold output for accurate segmentation of phage endolysin domains

Alexandre BoulayEmma CremelieClovis GaliezYves BriersElsa RousseauRoberto Vázquez

A1 Journal Article in BIOINFORMATICS

2024

A comparative guide to expression systems for phage lysin production

Emma CremelieRoberto VázquezYves Briers

A1 Journal Article in ESSAYS IN BIOCHEMISTRY

Hacking yeast cells with phage lysins to tackle bioethanol fermentation contaminants

Emma CremelieGilles VandermarliereRoberto VázquezYves Briers

2023

Distinct mode of action of a highly stable, engineered phage lysin killing Gram-negative bacteria

Hans GerstmansLisa DuyvejonckRoberto VázquezInes StaesJimmy BorlooKarim Abdelkader Soufi AbdelkaderJeroen LeroyEmma CremelieDiana Gutierrez FernandezHéctor Tamés-Caunedo et al.

A1 Journal Article in MICROBIOLOGY SPECTRUM

2022

Hacking yeast cells with phage lysins to win the fight against antibiotic resistant bacteria

Emma CremeliePhilippe De GrooteBabette LamoteYves Briers

Hacking yeast cells with phage lysins to win the fight against antibiotic resistant bacteria

Emma CremeliePhilippe De GrooteYves Briers

Hacking yeast cells with phage lytic proteins to win the fight against antibiotic resistant bacteria

Emma CremelieBabette LamotePhilippe De GrooteYves Briers

Towards industrial competitiveness of designer cellulosomes using the VersaTile technique

Babette LamoteEmma CremelieJulie VanderstraetenMaria João de Carvalho Maurício da FonsecaMarjan De MeyYves Briers

Towards industrial competitiveness of designer cellulosomes using the VersaTile technique

Babette LamoteEmma CremelieJulie VanderstraetenMaria João de Carvalho Maurício da FonsecaMarjan De MeyYves Briers