Not obviously. For example, from ninininino's comment in this post:
For anyone actually wanting real probabilities, a quick google on colorectal which the article mentions as the most common cancer for young men:
"For example, 1 out of every 333,000 15-to-19-year-olds developed colorectal cancer in 1999. Colorectal cancer became more common by 2020, when 1 out of every 77,000 teens"
--
Pretty difficult to blame a vaccine that wasn't in use yet for a 4.32x increase in colorectal cancer rates in teens.
For anyone actually wanting real probabilities, a quick google on colorectal which the article mentions as the most common cancer for young men:
"For example, 1 out of every 333,000 15-to-19-year-olds developed colorectal cancer in 1999. Colorectal cancer became more common by 2020, when 1 out of every 77,000 teens"
--
Pretty difficult to blame a vaccine that wasn't in use yet for a 4.32x increase in colorectal cancer rates in teens.