Gujarat Reports CCHF Case in Gandhinagar, Health Teams Survey 1000 People
CCHF Case in Gujarat, Health Teams Deployed

A young man from a village in Gujarat's Gandhinagar district has been diagnosed with a serious viral infection, prompting a swift public health response. The 26-year-old patient has tested positive for Crimean-Congo Haemorrhagic Fever (CCHF), a disease known for its high global mortality rate.

Swift Public Health Response Launched

Dr. Nilam Patel, the Additional Director (Public Health) of the state health department, confirmed the case. The patient, who is associated with agriculture and animal husbandry, is currently receiving treatment at a private hospital in Ahmedabad. Five dedicated health department teams have been deployed to conduct an extensive survey in the patient's village and surrounding areas.

This surveillance effort aims to cover nearly 1,000 people to monitor for any potential spread of the infection. CCHF is primarily a tick-borne disease, and the patient's occupational background highlights the common risk factors associated with the illness.

Animal Husbandry Department Joins Surveillance

In a coordinated effort, teams from the state animal husbandry department have also been directed to begin surveillance activities. Their focus is to check livestock in the area for ticks, which are the primary vectors for the CCHF virus. This two-pronged approach targeting both the human population and the animal reservoir is crucial for containing the outbreak.

Health officials noted that Gujarat typically sees isolated cases of CCHF every two to four months. The current response follows this established protocol for managing the sporadic appearance of the disease.

Concurrent Typhoid Outbreak in Gandhinagar

Separately, the state capital Gandhinagar is grappling with a typhoid outbreak. According to a bulletin issued by the Gandhinagar Municipal Corporation (GMC) on Friday, 15 new cases of typhoid were reported. While 20 patients were discharged, the total number of active cases currently stands at 75.

To curb the water-borne contamination that typically causes typhoid, municipal authorities have detected and repaired 48 water pipeline leakages so far. Furthermore, they have conducted 3,717 chlorine tests on water samples, of which 3,581 met satisfactory safety standards.

The simultaneous handling of these two distinct public health challenges—a sporadic but deadly viral fever and a localized bacterial outbreak—underscores the continuous surveillance efforts required in community health management.