Considered the perfect standard, the Ego-T has often been recommended to me when I was still asking me some questions about the e-cigarette.
Today I remain convinced by this product that I consider flawless.
If, from nearly 90 different models of electronic cigarettes – the Ego-T e-cig favorite vapoteurs, there is indeed nothing surprising and I can only confirm the general opinion. This is also one of the peculiarities of the Ego-Tank (his name). Indeed , the rise of steam is gradual, regular and always plentiful with a specific ventilation system. Is not this an ex-smoker research priority? I also found that with the Ego-T, e-liquid flavors seem more developed.
Unlike many other electronic cigarette Ego-T is provided with a transparent cap that controls a glance the level of remaining in the cartridge e-liquid. This is a side that I find particularly convenient since relieves me of having to unscrew anything to verify that I have still enough e-liquid. This tank has a large capacity, making it an asset.
Note also its intelligent lighting system that prevents unwanted key presses on the switch and consequently, the battery failures too frequent.
Cigarette smoking apart can you do with tobacco much more interesting things. The researchers and scientists at the Fraunhofer Institute for Molecular Biology and Applied Ecology IME in Münster have found, for example , how one can obtain tobacco plants forever young.
Normally they live very short. They grow three to four months, then bloom and right after they die . During her short life, they are only one to two meters high. At the Fraunhofer IME in Münster however, there is a tobacco plant , which is now already eight years old. It is 6.50 meters high and shows no signs, soon to die. The plant bears the appropriate name of “forever young” and was created with the help of genetic engineering. With a bacterium as a transport system a modified gene introduced into the plant, the flowering time shifts backward. And since the plant only dies when it has flowered, they live longer.
In humans, this technique can not be transferred by the way – that is to immortality we have to continue to wait . But the researchers at the Fraunhofer Institute for Molecular Biology and Applied Ecology are optimistic that their methods can be applied to other plant species.
Currently research is being conducted on potatoes. Can you also prolong life , then the plants produce potatoes with a higher starch content. Even with sugar , this technique could lead to a higher yield per hectare. Are mechanisms once understood fundamentally , the life-prolonging technology can perhaps be used in many other plants.
Their growth could then be extended over all normal breeds. The potted plants on the window sill but you will be required to pour. Even if they should eventually be immortal – they are far from invulnerable because of that.