Is transvection legal?

Surely anything is legal as long as you don’t get caught, So dodge the RAF avoid the Police and army Helecopters, Then the world is your Broomstick.

is transvection legal?

Of course it is legal. You’ve just got yourselves to get a ‘Transvection License’, and you can fly any broomstick you want. With a ‘Commercial Transvection License’ you can even operate such a device commercially 😎 .

Tillerman.

It must be legal in this country because my Mother-in-law has been using one for years

Where does she get her’s from? My other half needs a new one but I can’t find contact details for any UK dealers. I’m sick of listening to her trying to bump start her’s in the mornings.

broomstick flying can’t be legal because the miliary don’t have it .If they did they’ed clean up in Afganistan!!

It must be legal in this country because my Mother-in-law has been using one for years

If you actually do manage to take off by a broom, can you be accused of flying in controlled airspace without permission? Or flying on a device not certified as airworthy?

What about insurance? Or maybe in a magical world insurance can be retrospective :dev2:

William

That’s easy for you to say, Ian. :diablo:

Not really, I fell asleep after the first line 🙂

After the Halloween, there is a question – is transvection (technical term for broomstick flying) legal?

I’m not sure, I’ll have to ask Madame GA. :diablo:

……Transvection is believed to occur through a variety of mechanisms. In one mechanism, the enhancers of one allele activate the promoter of a paired second allele. Other mechanisms include pairing-sensitive silencing and enhancer bypass of a chromatin insulator through pairing-mediated changes in gene structure.

That’s easy for you to say, Ian. :diablo:

I guess it is !!!!

Transvection is an epigenetic phenomenon that results from an interaction between an allele on one chromosome and the corresponding allele on the homologous chromosome. Transvection can lead to either gene activation or repression. Formally (see quote from Lewis, below), it can also occur between nonallelic regions of the genome as well as regions of the genome that are not transcribed.

Edward B. Lewis at Caltech discovered transvection at the bithorax complex in Drosophila in the 1950s. Since then, transvection has been observed at a number of additional loci in Drosophila, including white, decapentaplegic, eyes absent, vestigial, and yellow. As stated by Ed Lewis, “Operationally, transvection is occurring if the phenotype of a given genotype can be altered solely by disruption of somatic (or meiotic) pairing. Such disruption can generally be accomplished by introduction of a heterozygous rearrangement that disrupts pairing in the relevant region but has no position effect of its own on the phenotype” (cited in Wu and Morris 1999). Recently, pairing-mediated phenomena have been observed in species other than Drosophila, including mice, humans, plants, nematodes, insects, and fungi. In light of these findings, transvection may represent a potent and widespread form of gene regulation.

Interestingly, transvection appears to be dependent upon chromosome pairing. In some cases, if one allele is placed on a different chromosome by a translocation, transvection does not occur. Transvection can sometimes be restored in a translocation homozygote, where both alleles may once again be able to pair. Restoration of phenotype has been observed at bithorax, decapentaplegic, eyes absent, and vestigial, and with transgenes of white. In some cases, transvection between two alleles leads to intragenic complementation while disruption of transvection disrupts the complementation.

Transvection is believed to occur through a variety of mechanisms. In one mechanism, the enhancers of one allele activate the promoter of a paired second allele. Other mechanisms include pairing-sensitive silencing and enhancer bypass of a chromatin insulator through pairing-mediated changes in gene structure.

I’d ask my great gran, but she passed on a while back….! :diablo: