C.p.s. V.A. Burmistrova,
master’s programme student S.K. Mediyeva
Karaganda State
Medical University, Kazakhstan,
Karaganda State
University named after Ye.A. Buketov,
Kazakhstan
Quantified training texts with the items in the test form
according to the methods of Professor V.S. Avanessov
At the present stage of education, where in the
framework of credit technology the specific weight belongs to student’s
individual work (SIW) (for each academic discipline), it is practically
impossible to motivate students to read huge texts that are unorganized with a
large amount of secondary information. Even if the students read the necessary
material, it is fixed scrappy, and even then not for long in their memory. According
to N.V. Glushchenko, "the growing role of SIW raises
the problem of creating training texts, because it is the training text that
appears in the form of a source of didactic information determining the content
and character of student's individual work" [1].
Thus, researchers of this issue agree on the need to
create training texts that are understandable and accessible for self-education
[2, ñ.64].
“The creation
of new textbooks based on the theory and methodology of quantifying can be a
key direction” in solving this problem according to V.S. Avanessov
[2, ñ.63].
As an example, we would like
to cite the training text "Muscles" [3] (quantified by us) with the
items in the test form according to the methods of Professor V.S. Avanessov.
MUSCLES
(based
on Maslova, A. English for medical institutions. – Ì., 2013. – 336 p.)
Quantified
training text on English with the items in the test form
for
medical students
Definition
The muscle is one of many tissues in the body that can tighten and relax
to produce movement. The muscles are the active agents of motion and
contraction.
Basel Nomina Anatomica
The names of all the muscles in the body and all other anatomical terms
were established at three Congresses in Basel, Jena and Paris in 1895. They
received the following name - the Basel Nomina Anatomica.
Number of skeletal muscles
The body is composed of about 600 skeletal muscles. In the adult about
35%- 40% of the body weight is formed by the muscles.
Structure of muscles
The structure of the muscular fibers is different in different groups of
muscles. The muscles consist of a mass of muscle cells. The muscular fibers are
connected together by connective tissue. There are many blood vessels and
nerves in the muscles.
Division of muscles
According to the basic parts of the skeleton all the muscles are divided
into the muscles of the trunk, head, and extremities.
According to their form all the muscles are divided into three basic
groups: long, short and wide muscles. Examples: the free extremities are formed
by the long muscles; wide muscles lay on the trunk; the walls of the body
cavities are formed by wide muscles.
Some muscles were called according to the structure of their fibers, for
example radiated muscles; others according to their uses, for example extensors
or according to their direction, for example oblique.
Methods of studying of
muscles
Three basic methods of study of muscles are used nowadays: experimental
work on animals, the study of the muscles on a living human body and on the
corpse.
Scientific researches on
muscles
Russian anatomist, Professor Lesgaft divided
the muscles into two basic groups - static and dynamic. In his work “The Basis of Theoretical Anatomy” (1892), they were
called strong and skilled. His studies on static and dynamic muscles were continued
by Professor A.K. Koveshnikova in 1954, who
determined that static and dynamic muscles were different in the number of
nerve fibers and the form of nerve endings.
The items in the test form
The items having one, two,
three or more right answers are offered to your attention. Press the buttons
with the numbers of all right answers:
1.
ACCORDING TO {the basic parts of the skeleton, the form of the muscles} ALL THE
MUSCLES ARE DIVIDED INTO
1) long
2) short
3) wide
4) trunk
5) head
6) extremities
2.
ALL THE MUSCLES WERE CALLED STRONG AND SKILLED BY PROFESSOR
1) Lesgaft
2) Bakulev
3) Amossov
4) Vishnevsky
5) Koveshnikova
IN HIS
WORK
1) “Anatomy”
2) “Practical
Anatomy”
3) “The Basis of
Theoretical Anatomy”
IN
1)
1892
2)
1894
3)
1920
4)
1954
5)
1994
3. THE
ACTIVE AGENTS OF MOTION AND CONTRACTION ARE
1) hair
2) skull
3) blood
4) skeleton
5) muscles
6) breastbone
7) bone marrow
4.
THE NAMES OF ALL THE MUSCLES IN THE BODY AND ALL OTHER ANATOMICAL TERMS WERE
ESTABLISHED AT
1) 2
2) 3
3) 4
4) 6
CONGRESSES
IN
1)
Jena
2)
Paris
3)
Basel
4)
Berlin
5)
New-York
IN
1)
1878
2)
1888
3)
1892
4)
1895
5)
1917
6)
1925
7)
1954
5. THE
BASEL NOMINA ANATOMICA IS THE COMMON NAME FOR
1) the corpse
2) anatomical terms
3) living human body
6.
{Radiated muscles, extensors, oblique muscles} ARE CALLED ACCORDING TO
1) their uses
2) their form
3) the structure of their fibers
4) their direction the basic parts of the skeleton
7.
{The free extremities, the walls of the body cavities} ARE FORMED BY
1) long
2) short
3) wide
4) hard
5) narrow
MUSCLES
8. NOUNS
1) wide
2) short
3) muscle
4) method
5) establish
6) anatomist
9. PROFESSOR
LESGAFT
1) Russian anatomist
2) American scientist
3) worked at demographic problems
4) divided the muscles into two basic
groups
5) wrote “The Basis of Theoretical
Anatomy”
Determine
the right word order:
10. THE MUSCLES CONSIST OF
— of
— cells
— a mass
— muscle
11. THE
BODY IS
— of
— 600
— about
— muscles
— skeletal
— composed
Summing up, we would like to note that quantified
training texts with the
items in the test form according to the
methods of Professor V.S. Avanessov are, in our opinion, the most promising
direction of improving the quality of education in the framework of its
procedural aspect.
Literature:
1.
Ãëóùåíêî Í.Â. Ó÷åáíûé
òåêñò êàê îáúåêò èññëåäîâàíèÿ http://ilogoped.ucoz.ru/publ/uchebny_tekst_kak_obekt_issledovanija/1-1-0-1
2.
Àâàíåñîâ Â.Ñ. Òåîðèÿ
êâàíòîâàíèÿ ó÷åáíûõ òåêñòîâ //Ïåäàãîãè÷åñêèå èçìåðåíèÿ. – 2014. - ¹1. – Ñ.
62-77.
3.
Ìàñëîâà À.Ì. Àíãëèéñêèé ÿçûê äëÿ ìåäèöèíñêèõ âóçîâ: ó÷åáíèê
/À.Ì. Ìàñëîâà, Ç.È. Âàéíøòåéí, Ë.Ñ. Ïëåáåéñêàÿ. - 5-å èçä., èñïð. - Ì.: ÃÝÎÒÀÐ-Ìåäèà, 2013. - 336 ñ.