19/12/2014 - 2014 will surly go down as one to remember here at Kingsmead School the project has had its most successful year ever both in and out of the classroom, there have been new arrivals to the project both of the feather variety and also with the addition to the team of students that look after the pigeons.
14/11/2014 - As a fancier we are susceptible to new ideas and innovations in pigeon racing. It is by chance that we stumbled across a product that dozens of fanciers were already talking about. This product called Wonder Pigeon was invented in Italy and its formula is patented worldwide.
29/06/2014 - The season has well and truly started at Kingsmead School. The past few months alterations were made to the loft for the start of the 2014 racing season. Some of Kingsmead's students got pigeons of their own and new sponsors became part of the Kingsmead School Project.
16/06/2014 - The new website 'Flying back to nature' was created, to educate schoolchildren of the benefits of nature and to introduce them to the world of pigeons. A second website, 'Secret messages', tells of the impact of racing pigeons during the two World Wars.
06/02/2014 - LDHA is the gene that stands for a lactate dehydrogenase enzyme in racing pigeons. This is an enzyme that is responsible for the recycling of lactate (into pyruvate) in the muscles. Pyruvate can be burned again by muscle fibres.
15/10/2005 - Real apple cider vinegar is a natural substance, but only if from a bio farm. It strengthens the immune system, as it is an excellent source of trace and micro elements. However, this is only true of vinegar derived from apples grown in a natural (e.g. grassy) environment free of fertilisers and insecticides. An apple that is artificially cultivated does not undergo real ripening, and so does not contain the biologically complete stock of micro elements of which it is genetically capable.
15/10/2005 - Bacteria are single-cell creatures that are invisible to the naked eye. Their size varies from 0.1 to 10 microns (1 millimetre = 1,000 microns). Their structure varies from the simple to the complicated – for example, some do not even have a cell wall. For our purposes, we distinguish beneficial and pathogenic bacteria, though this classification is arbitrary and not necessarily precise. For example, some types of bacteria are largely beneficial or neutral for pigeons, but in certain conditions can still become pathogens.