Karnataka Chief Minister D.K. Shivakumar launched the Pulse Polio vaccination drive in Bengaluru on June 28, 2026, by administering vaccine drops to children [1].
This initiative is a critical component of the nationwide Pulse Polio Immunisation Programme, which aims to eliminate the poliovirus. By targeting children under five, the government seeks to prevent permanent paralysis and ensure long-term public health stability across India's most vulnerable age groups [2].
The drive in Karnataka is part of a larger coordinated effort spanning multiple regions. The 2026 campaign targets a total of 1.65 crore children for vaccination across Gujarat, Kerala, Karnataka, Jharkhand, and Nagaland [2]. This broad geographic reach is designed to close immunity gaps in various states, ensuring that no child is left unprotected regardless of their location.
Chief Minister Shivakumar's participation in the Bengaluru launch serves as a public endorsement of the program. The administration of oral vaccine drops is the primary method used during these drives to reach high volumes of children quickly. Such campaigns rely on a network of health workers and volunteers to ensure full coverage in both urban centers and rural villages.
The Pulse Polio Immunisation Programme has historically been the cornerstone of India's strategy to eradicate polio. By maintaining high vaccination rates through periodic drives, the health ministry prevents the virus from regaining a foothold in the population. The current drive focuses on maintaining this barrier through widespread accessibility and government visibility [2].
“Chief Minister D.K. Shivakumar launched the Pulse Polio vaccination drive in Bengaluru.”
The scale of the 2026 drive, targeting 1.65 crore children across five states, underscores India's commitment to maintaining its polio-free status. By utilizing high-profile political leadership to launch the campaign, the government aims to increase public trust and participation in immunization, which is essential for preventing the re-emergence of the virus in high-density regions.
