The Muscular System: Body Trek

Sobre esta actividad

Fill in the blanks of the paragraph

Creada por

KK Reidy

Estados Unidos

Descarga la versión para jugar en papel

Top 10 resultados

Todavía no hay resultados para este juego. ¡Sé el primero en aparecer en el ranking! Inicia sesión para identificarte.

Crea tu propio juego gratis desde nuestro creador de juegos

Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Crear reto

OPEN UP 4 - UNIT 3 GRAMMAR (Countable and uncountable nouns)

karen blixen

España

(22)

Repasamos la gramática de la unidad.
Ajuste de reacciones quimicas

aurora martin

España

(27)

En esta actividad se deberan de ajustar las siguientes reacciones químicas
Escribe las letras que faltan

deborah olano

Uruguay

(24)

Se debera completar la palabra,colocando las letras que faltan.
Past Simple

Miguel Angel

Colombia

(52)

Completa las frases con la forma correcta del verbo que se encuentra entre paréntesis.
Uso de HA y A

Paula Bravo

España

(35)

Haz clic en A o HA que aparecen en la columna de la derecha, según corresponda en el texto.


Completar Frases The Muscular System: Body TrekVersión en línea Fill in the blanks of the paragraph por KK Reidy 1 Robo's programming for the study of muscle tissue will take the micro - robot on a trek into a skeletal muscle . A large syringe is used to introduce the robot via a subcutaneous injection into the deep until it comes into contact with a muscle that is surrounded by a dense layer of fibers known as the . 2 Once inside the muscle , the robot senses the appearance of a series of compartments consisting of collagen , elastic fibers , blood vessels , and , all surrounded by the . The individual compartments are referred to as . Probing deeper , there appears to be a network of connective tissue with numerous reticular fibers , the , which surrounds each muscle fiber contained within the muscle bundle . 3 Between this surrounding layer and the muscle cell membrane , , the " doctors " that function in the of damaged muscle tissue , are sparsely scattered . Robo's entrance into the muscle by way of the muscle cell membrane , called the , is facilitated by a series of openings to " pipe - like " structures that are regularly arranged and that project into the . 4 These " pipes " are the - that serve as the system between the outside of the cell and the cell interior . Just inside the membrane , the robot picks up the presence of many , a characteristic common to skeletal muscle fibers . Robo's trek from the pipe - like environment into the exposes neatly arranged threadlike structures , the , which extend from one end of the muscle cell to the other . 5 Mission Control receives information regarding the presence of smaller filaments called consisting of large molecules , some of which are arranged into thin filaments or actin , while others reveal a thicker appearance , the thick filaments or molecules . These thick and thin filaments are organized as functional units called . 6 Each functional unit extends from one to another , forming a filamentous network of disc - like protein structures for the attachment of molecules . Robo senses a banded or striated appearance due to the areas of the unit where only thin filaments exist , called the , while a greater portion of the unit consists of overlapping thick and thin filaments called the . In the center of this area , only filaments are apparent . 7 The interactions between the filaments result in the sliding of the thin filaments toward the of the unit , a process referred to as , and ultimately producing a function unique to muscle cells , the process of contraction . As Robo's trek is completed , the robot's exit plan is to re - enter the " - " within the muscle cell and leave the cell via the openings within the . After retrieving Robo , Mission Control returns the robot to the control center for reprogramming for the next task .

Completar Frases

The Muscular System: Body TrekVersión en línea

Fill in the blanks of the paragraph

Robo's programming for the study of muscle tissue will take the micro - robot on a trek into a skeletal muscle . A large syringe is used to introduce the robot via a subcutaneous injection into the deep until it comes into contact with a muscle that is surrounded by a dense layer of fibers known as the .

Once inside the muscle , the robot senses the appearance of a series of compartments consisting of collagen , elastic fibers , blood vessels , and , all surrounded by the . The individual compartments are referred to as . Probing deeper , there appears to be a network of connective tissue with numerous reticular fibers , the , which surrounds each muscle fiber contained within the muscle bundle .

Between this surrounding layer and the muscle cell membrane , , the " doctors " that function in the of damaged muscle tissue , are sparsely scattered . Robo's entrance into the muscle by way of the muscle cell membrane , called the , is facilitated by a series of openings to " pipe - like " structures that are regularly arranged and that project into the .

These " pipes " are the - that serve as the system between the outside of the cell and the cell interior . Just inside the membrane , the robot picks up the presence of many , a characteristic common to skeletal muscle fibers . Robo's trek from the pipe - like environment into the exposes neatly arranged threadlike structures , the , which extend from one end of the muscle cell to the other .

Mission Control receives information regarding the presence of smaller filaments called consisting of large molecules , some of which are arranged into thin filaments or actin , while others reveal a thicker appearance , the thick filaments or molecules . These thick and thin filaments are organized as functional units called .

Each functional unit extends from one to another , forming a filamentous network of disc - like protein structures for the attachment of molecules . Robo senses a banded or striated appearance due to the areas of the unit where only thin filaments exist , called the , while a greater portion of the unit consists of overlapping thick and thin filaments called the . In the center of this area , only filaments are apparent .

The interactions between the filaments result in the sliding of the thin filaments toward the of the unit , a process referred to as , and ultimately producing a function unique to muscle cells , the process of contraction . As Robo's trek is completed , the robot's exit plan is to re - enter the " - " within the muscle cell and leave the cell via the openings within the . After retrieving Robo , Mission Control returns the robot to the control center for reprogramming for the next task .

Puedes integrar el juego en un LMS compatible con LTI 1.1 o LTI 1.3 como Canvas, Moodle, o Blackboard. De esta manera podrás guardar las puntuaciones automáticamente en el libro de calificaciones de esa plataforma.

The Muscular System: Body Trek

Completar Frases

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Completar Frases

OPEN UP 4 - UNIT 3 GRAMMAR (Countable and uncountable nouns)

Completar Frases

Ajuste de reacciones quimicas

Completar Frases

Escribe las letras que faltan

Completar Frases

Past Simple

Completar Frases

Uso de HA y A

Completar Frases

The Muscular System: Body TrekVersión en línea

por KK Reidy

		%
	Anónimo	%
		%
		%