Jaciani & Company has no direct connection to the AI agent ecosystem. The organization functions as a scientific research collaboration between the Federal University of São Carlos and Fundecitrus, focusing on agricultural microbiology and plant pathology. Their work centers on developing biological interventions to combat Huanglongbing, a citrus disease, using molecular biology techniques such as recombinant protein expression and quantitative PCR.
The group does not operate within the AI agent stack, nor do they develop or champion autonomous software agents. Their research is dedicated to physical biological pest control and genomic analysis rather than the development of reasoning frameworks or agentic workflows. While the high-precision data generated by their microscopy and gene expression analysis could theoretically serve as an input for future bioinformatics models, they currently have no active presence in the AI agent landscape.
This collaborative scientific research group, anchored at the Federal University of São Carlos (UFSCar) and Fundecitrus in Brazil, is dedicated to neutralizing the existential threat posed by Huanglongbing (HLB). Also known as Citrus Greening, HLB is a destructive, unculturable, and currently incurable disease that endangers the global citrus supply. The team’s primary objective is the development of targeted biological controls designed to neutralize the disease-carrying insect vector, Diaphorina citri.
Huanglongbing represents a catastrophic economic threat. In regions like Florida, infection rates have reached nearly 100%, while the São Paulo citrus belt reports approximately 44% infection, driving production costs to unsustainable levels. The group's proprietary methodology involves the use of recombinant cystatin (CsinCPI-2) to disrupt the endogenous peptidases of the insect vector. This intervention reduces pest survival and effectively mitigates the transmission of the CLas bacterium.
The research utilizes rigorous experimental bioassays and cutting-edge molecular techniques. By cloning and expressing recombinant proteins—specifically CsinCPI-2 and GFP—the researchers administer biological interventions to D. citri via specialized feeding membranes. The physiological impact is monitored through several advanced processes:
The initiative is spearheaded by academic luminaries and scientific experts from UFSCar and Fundecitrus, including noted researcher Fabrício José Jaciani, a specialist in agricultural microbiology and genomics. As an Academic and Scientific Pioneer, this group bridges the gap between fundamental molecular biology and applied agricultural defense, serving as a foundational pillar for the global citrus industry.
Jaciani & Company is hiring.