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Honestly doesn't surprise me. Our baby kicked like crazy in the womb, reacted to stimuli like music and poking and was very active. He was born early after my
by Mikeb85 4y ago
Honestly doesn't surprise me. Our baby kicked like crazy in the womb, reacted to stimuli like music and poking and was very active.
He was born early after my partner's water broke when she wasn't in labour (doctor said likely from our overactive baby puncturing the placenta) and had a lot of attitude from day 1. Kicked a lot, couldn't be swaddled, was super active and even liked the same music (we went to see a symphony before he was born and there was a particularly recognizable track, even now he likes that same track while crying or screaming when he hears other kinds of music). Even now at 3 months he's super active and hitting all the developmental milestones early (and kicks a lot lol).
- formerkrogemp 4y ago> 1. Kicked a lot, couldn't be swaddled, was super active and even liked the same music (we went to see a symphony before he was born and there was a particularly recognizable track, even now he likes that same track while crying or screaming when he hears other kinds of music). Even now at 3 months he's super active and hitting all the developmental milestones early (and kicks a lot lol). I wonder if you have a potential kickball star in the making. Congratulations
- jerojero 4y agoYes, I think this study is one of those "we kind of knew but we never really tested it" studies which to me are some of the most fun. There is a huge scientific difference between having an idea why something might be and actually managing to test it. Although, of course, this was tested in fish it is still probably very applicable to other species.