Famous personalities - Writers, poets, ancient Roman orators. Crosswordist's Handbook

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Reference book crossword. Quick word search by mask. Writers, poets, orators of ancient Roman

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Crosswordist's Handbook

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Famous people / Literature / Ancient Roman writers, poets, orators

(4)

Phaedrus - fabulist

(5)

ACTION - playwright

CATON - writer, orator

NEVIUS - playwright, poet

PLAVT - comedian

Encius - poet

(6)

Apuleius - "Apology", "Metamorphoses"

Varron - writer and encyclopedist

CATULLUS - poet

CLODIUS - orator

Ovid - poet, "Ibis", "Fast", "Metamorphoses"

PERSIUS - poet

PLINY - writer

SENECA - "Oedipus", "Medea", "Phaedra", "Fiestes"

TIBULL - poet

JUVENAL - satirist

(7)

AUSONIUS - poet

HORATIUS - poet

MARTIAL - poet

PATRONS - amateur poet

PACUVIUS - playwright, artist

CICERO - orator, writer

(8)

VERGIL - poet

Lucretius - poet, philosopher

PETRONIUS - satirist

Suetonius - biographer of emperors

TERENTIUS - comedian

(9)

COLUMELLA - writer

PROPERTIUS - poet

Sulpicia - poetess

(10)

Quintilian - speaker

Word search to solve the crossword puzzle:

Replace each unknown letter with *. For example, dog * ka, * oshka, we ** a. Pairs е - ё, and - й are equated.

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Magnetic field improves muscles 15.12.2020

Over time, muscles age and weaken. You can strengthen them with physical exercises: the load activates various biochemical processes in muscle cells that help the muscles renew themselves. As it turned out, the same anti-aging processes are activated if muscle cells are simply treated with an alternating magnetic field.

Researchers at the National University of Singapore, along with colleagues at ETH Zurich, describe in Advanced Biosystems how a magnetic field affects the TRPC1 protein. It works as an ion channel, passing sodium and calcium through the inner cell membranes. Many biochemical signals are associated with calcium ions, on which, among other things, the work of mitochondria depends - intracellular organelles that provide the cell with energy. Energy resources (that is, the activity of mitochondria) affect the ability of cells to divide. And the redistribution of calcium ions between different parts of the cell affects the functioning of mitochondria.

It is known that physical exercises in a certain way act on the TRPC1 ion channel, so that muscle cells begin to divide more actively - there are more of them, failed cells are replaced by new ones, which only benefits the muscles. It turned out that in exactly the same way, an alternating magnetic field acts on TRPC1, which is only 10-15 times stronger than the Earth's magnetic field. Actually, even the Earth's magnetic field itself is beneficial for the muscles: when in the experiments the muscle cells of mice were completely shielded from it, they began to grow more slowly. The additional field enhanced cell growth; if the TRPC1 gene was turned off in the cells, then the cells again grew poorly - they did not have an "antenna" protein that perceived the magnetic field.

To achieve cellular improvement, it was enough to act on the cells with the field for only 10 minutes a week. But if we talk about a full-fledged organism, whether it be a mouse or a person, then here the optimal effect of the field will still need to be evaluated. And in the same way, it will be necessary to evaluate how significant the effect of the magnetic field is in general on the scale of a full muscle or the entire musculature. If the magnetic field acts in this sense on the body as a whole, it can be used not only to rejuvenate aging muscles, but also to treat people with muscle diseases and to rehabilitate those whose muscles have weakened from long immobility.

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