Skip to main content

Shock rise in violence against UK's children

The link is to an Observer story. Quoting from two parts:

The numbers, contained in National Health Service data, suggest that the incidence of intentional harm against children may be rising. Five years ago some 16,600 were counted as having suffered deliberate harm, but the figure rose to 21,859 last year.

Alison Kemp, reader in child health at Cardiff University, said: 'The numbers are high, and it is very hard to know whether they are really rising or not, because of differences in the way data is collected. But it seems to me that the rates of injury are certainly not going down.

In other words we really don't know what the situation is save that for all of the activity in "Child Protection" the outcome is really bad.

An important additional part is:
Kemp said it was increasingly difficult to report child protection concerns because of worries that doctors could be accused of misdiagnosing abuse: 'You can imagine that this is one of the most difficult things to approach a parent with,' she said. 'No one wants to have that confrontation unless they are reasonably sure that something bad has been going on. But our ultimate responsibility is to children, so we have to find ways of making it easier to identify cases of deliberate harm.'

We have an aggressive system of child protection that assumes that the parents are guilty and then stacks the decks against them. In other countries the system is more sympathetic assuming that parents do have their children's bests interests at heart.

I wonder if people might see the real problem as lying in the current ineffectual solution.

Comments

Popular posts from this blog

Trudiagnostic change PACE leaderboard algorithm - was in position 40, now position 44 - does it matter?

Trudiagnostic have changed the way they handle the Rejuvenation Olympics Leaderboard algorithm. The result of this initially was that I was globally no 40 and have now dropped to 44. Trudiagnostic are a US company that get samples of blood and they look at the DNA to see which parts of the DNA have methyl groups (CH3) attached to them. These modifications to DNA are called methylation markers. DunedinPACE is an algorithm which uses DNA methylation markers in white blood cells to work out how quickly or slowly someone is aging. I had three results on this. The odd thing about the results was that whilst my epigenetic age calculated from the same methylation markers was going down, the speed at which I was aging was going up. I find this somewhat counterintuitive. It is, however, I think relevant that in a global contest my approach on biochemistry which is quite different to many other people's does seem to keep up with others working in the same area. To that extent it...