News

News for Helicobacter Pylori: the crucial role of biofilms in its resistance

In the ongoing fight against bacterial resistance, every advance is crucial to developing more effective treatments. A recent study published in the journal DovePress has shed new light on the ability of Helicobacter pylori bacteria to form biofilms and how…

How to differentiate between the terms antimicrobial and antibiotic?

At HIFAS Biologics, we understand that the fight against microbial resistance can be confusing due to the variety of technical terms used. Two frequently confused terms are antimicrobial and antibiotic. Although both relate to the treatment of infections, they have…

Louis Pasteur, a key player in the fight against infectious diseases

Louis Pasteur, a 19th century French chemist and biologist, challenged the prevailing scientific beliefs of his time and set a turning point in the conceptualization of medicine and the treatment of infectious diseases. Until the mid-19th century, the theory of…

Innovation for antimicrobial resistance: the HIFAS Biologics approach

The fungal world is an inexhaustible source of innovation for the early discovery of targeted drugs against multidrug-resistant bacterial strains. Our approach at HIFAS Biologics is based on the exploration of fungi and their ability to produce bioactive compounds with…

The medicinal potential of endolytic fungi in bioactive mushroom metabolites

The journal Fungi Bioactive Metabolites has recently published research highlighting the therapeutic potential of endolytic fungi. In this study, 108 different species of these fungi were analysed, revealing their unique bioactivities and therapeutic attributes. But what are endolytic fungi? Endolytic…
strategy

Our strategy to combat microbial resistance: fungus-driven innovation

The fungal world represents an invaluable source of innovation for early drug discovery targeting multi-resistant bacterial strains. That is our philosophy at HIFAS Biologics. Therefore, our strategy is entirely focused on the research and development of new antibiotics and is…

HIFAS Biologics and IPNA: a promising collaboration for innovation in biotechnology

New collaboration project for HIFAS Biologics! We are very excited to announce our latest collaborative project: this time with the Institute of Natural Products and Agrobiology (IPNA). This partnership represents a significant step in our mission to tackle microbial resistance.…

Global Health Challenges: Addressing the antimicrobial resistance crisis

There is a challenge that has captured the attention of most experts in the field of global health: antimicrobial resistance. This growing trend towards antibiotics and drugs that are ineffective against current pathologies poses a serious obstacle to the treatment…

Challenging antibiotic resistance: Fungi against pneumonia, gonorrhoea and intestinal diseases

In the modern era of medicine, advances in antibiotics have saved countless lives, effectively treating diseases caused by pathogens such as Streptococcus pneumoniae, Neisseria gonorrhoeae and Campylobacter Jejuni. However, these micro-organisms, which are responsible for serious diseases such as pneumonia,…

HIFAS Biologics and “One Health”: An alliance to defend public health

In the 21st century, the accelerating pace of globalisation, climate change and urbanisation has brought public health concerns into the spotlight. The connection between human and environmental health has become more evident than ever, demonstrating that any disruption to an…

Hifas Biologics and the CSIC join forces in an innovative collaboration to develop antimicrobial peptides to fight multidrug-resistant infections

Hifas Biologics, a leader in the early development of antimicrobials from fungi, is proud to announce an exciting collaboration with the Spanish National Research Council (CSIC) specifically with the IPNA (Institute of Natural Products and Agrobiology). This strategic partnership, which…

Hifas Biologics joins the prestigious biotechnology startup acceleration program “SiloAceleraBio” coordinated by SILO in collaboration with ASEBIO.

Hifas Biologics, a leading company in the early development of antimicrobials from fungal origin, has been selected to participate in the renowned biotechnology company acceleration program “SiloAceleraBio”. This inclusion in SiloAceleraBio marks a significant milestone for Hifas Biologics, consolidating its…

The growing concern about antibiotic resistance opens the door to a new model of financing and disruptive strategies for obtaining them

Advances in studies of the One Health approach have fostered greater awareness that antibiotic resistance is a major problem. Nevertheless, the low profitability of the antibiotic development process has meant that SMEs are currently the only ones carrying out this…

La OMS publica el Programa de Investigación Prioritaria sobre la Resistencia a los Antimicrobianos (RAM)

Este programa de investigación primaria engloba a la Organización de las Naciones Unidas para la Agricultura y la Alimentación (FAO), el Programa de las Naciones Unidas para el Medio Ambiente (PNUMA), la División de RAM de la Organización Mundial de…

40 priority research topics will form the basis of the policy-directive-technical guide on antimicrobial resistance in 2030

Antimicrobial resistance in the human health sector is the priority focus of the global research agenda, which is centered on 40 research themes concerning WHO’s priority bacterial and fungal pathogens of critical importance for antimicrobial resistance, as well as drug-resistant…

Six decades without new drugs to combat bacterial resistance

Bacteria are developing increasing resistance to drugs, and the lack of innovation in antimicrobial medications has been evident for decades. Antimicrobial resistance poses a significant threat to public health worldwide. Most of the antibiotics currently available on the market are…

Global burden of bacterial antimicrobial resistance in 2019: a systematic analysis

Antimicrobial resistance (AMR) poses a significant threat to human health worldwide. Previous articles, prior to the one published in January 2022 in The Lancet, have estimated the impact of AMR on disease incidence, mortality rates, hospitalization durations, and healthcare costs…