The phrase "and pathogens have evolved" is correct and usable in written English.
It can be used in discussions about biology, medicine, or environmental science, particularly when addressing the development or adaptation of pathogens over time.
Example: "In response to the widespread use of antibiotics, and pathogens have evolved to become more resistant, posing a significant challenge to public health."
Alternatives: "and pathogens have adapted" or "and pathogens have changed over time."
During the dynamically changing environment of host-pathogen interactions, both host and pathogen have evolved numerous strategies for adaptation.
Growth of a microorganism in a host is essential for infection, and bacterial pathogens have evolved to utilize specific metabolites to enhance replication in vivo.
Several important human and plant pathogens have evolved type IV secretion machineries involved in delivering virulence factors (proteins or protein-DNA complexes) to host target cells.
Intracellular survival of bacterial pathogens determines the success or failure of an infection and bacterial pathogens have evolved to protect their intracellular niche to increase their chances of success.
Unfortunately, current adjuvants approved for human use are not tunable and, as many pathogens have evolved to evade the host immune response, currently available vaccine strategies may not provide adequate induction of long-lived protective immunity.
Prokaryotic and eukaryotic plant pathogens have evolved highly advanced strategies to engage their hosts in intimate contacts and deliver suites of effector proteins to modulate plants' innate immunity and enable parasitic colonization [ 5- 12].
This special edition, written by leading researchers in the field is intended to provide an overview of the clever and varied ways enteric pathogens have evolved to successfully navigate the complex microenvironment of the gastrointestinal tract and highlight a remarkable co-evolutionary interplay between the pathogen and its host.
To establish and maintain a successful infection, microbial pathogens have evolved various strategies to infect the host in the face of a functional immune system.
We hope to gain a better understanding of how bacterial pathogens have evolved to recognize and evade host cellular processes.
The activities of these effectors, in how they affect ubiquitin pathways in plants, reveal how pathogens have evolved to identify and exploit weaknesses in this system that deliver increased pathogen fitness.
