I just wanted to garner people’s opinions really. My ds (9) came down with Covid on Friday 17th. A third of his class are off with it, including his best friend who he’s joined at the hip with. Best friend’s whole family since tested positive. DS was very symptomatic and poorly with many (omicron?) symptoms - cough, temperature, sore throat, runny nose, stomach ache. His pcr came back positive.
On Sunday dh (double jabbed, no booster) developed the same symptoms but LFT were negative. He was doing them every day. He was, and still is, poorly.
On Tuesday Night I started having symptoms the same as dh/ ds. On Weds morning Dh and I both got pos Lateral flow tests. We have been poorly since. DH’s LFT came back Positive instantly - mine took the full half hour. Also, since Thursday we have Had no taste or smell. Tonight Our pcr results came back- his are positive and mine are negative.
Possibly relevant I had the booster the day before my son had symptoms/ positive LFT, but still only a few days before I became ill.
Honestly I 100% think the results are wrong and that I DO have covid. This evening I did a different LFT and it was also positive- and the results came quicker. I’ve ordered another pcr but am worried Christmas delays may mean I may not get it in time if I only have a mild case.
I know it sounds really stupid but I am upset about this. I am certain I have Covid and dammit I want it on my medical records! I think also I felt reassured that having covid now, and us not being too badly affected, was a good thing.
Other points -
I used two different LFT brands - neither or them were FlowFlex
I did take the pcr correctly (and the LFTs for that matter)
I am continuing to isolate regardless.
Thanks for getting this far - it’s just really stressing me out as I know I do have Covid!
Tl;dr - Whole family develop strong covid symptoms (Suspect omicron due to symptoms) and all have positive LFTs, all are ill with it but my pcr is the only negative one and I don’t believe that’s correct due to symptoms and repeated positive LFTs.