CANADAHALIFAX news Pre-primary to Grade 6 students can soon get free take-home COVID-19 test kits by admin 1 أكتوبر، 2021 written by admin 1 أكتوبر، 2021 150 The kits include four nose swab rapid tests along with instructions on how to use them HALIFAXtoday\ Meghan Groff Listen to this article Students who are too young to be eligible to get a COVID-19 vaccine will soon be able to take home free rapid testing kits. It’s part of a pilot program called Test to Protect Kids. The kits include four nose swab rapid tests along with instructions on how to use them. They can be used by anyone aged 3 and up with mild COVID-19 symptoms. Because rapid tests are not considered to be as accurate as PCR tests, if the results are negative, another test needs to be done 48 hours later. If it’s positive, a PCR test needs to be booked to confirm the results. Over 1,000 volunteers have put together 80,000 rapid test kits for the program. Parents and guardians of kids in pre-primary to Grade 6 will get more information next week. 4 comments 0 FacebookTwitterPinterestEmail admin previous post Beth MacLean, who won human rights case for people with disabilities, dies at age 50 next post N.S. projects smaller 2021-22 budget deficit, even with $80M in new spending You may also like CITYnews halifax : North Preston 10-year-old girl wins... 18 يوليو، 2026 CITYnews halifax : Halifax man has warrant out... 18 يوليو، 2026 CITYnews halifax : Modern long-term care home opens... 18 يوليو، 2026 CITYnews halifax : Crews eyeing incoming storm to... 18 يوليو، 2026 CITYnews halifax : Trump threatens Canada with more... 18 يوليو، 2026 راديو كندا الدولي : المكسيك تقول إنّ المحادثات... 18 يوليو، 2026 راديو كندا الدولي: مبادرة لأربع أمهات لتعليم العربية... 18 يوليو، 2026 راديو كندا الدولي: انشقاق تسعة لاعبين من وفد... 17 يوليو، 2026 راديو كندا الدولي: كارني يحاول توضيح الاتفاق المُبرم... 17 يوليو، 2026 راديو كندا الدولي: تزويد الجيش الكندي بـ190 عربة... 17 يوليو، 2026 Leave a Comment Save my name, email, and website in this browser for the next time I comment. Δ