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saggital- inverse crunches.

The standard crunch works the body in the sagittal plane - it basically divides your body in half, left and right. When you crunch up, you're moving in the sagittal plane.

The Inverse Crunch is one of the most powerful "low-equipment" exercises you can do. It takes the weight of your entire lower body and places it directly on the abdominals in a crunching movement rather than a leg raise movement. It'll have your clients' abs burning on the very first rep!

For this exercise, you will need a pole or a similar solid vertical surface. Even a door frame or solid table leg will work. I will use a pole as the example. Lie on your back and brace one shoulder against the pole. Grasp the back side of the pole with both hands about 18 inches up and grip it hard.

To get into the start position, raise your legs up off the floor and slightly bend at your knees and hips. Lock them into this position - your lower back should be flat on the floor at this point or very close to it.

For this exercise, you are going to be doing a movement similar to a crunch but reversed. I'll explain...the major difference with this exercise is that instead of raising your shoulders up off the ground to bring your rib cage closer to your pelvis (the anatomical description for the way the standard crunch is performed), you're instead going to be locking down your shoulders and bringing your pelvis up towards your rib cage, similar to a leg raise but placing more tension on the entire rectus abdominus wall.

Why is this effective? What weighs more, your shoulder girdle or your entire lower body? THAT is why it's more effective - more resistance!

Let's start the movement. Get into the start position mentioned above. Now pull FORWARD and DOWN hard with your arms. Since your upper body is locked down and your lower body isn't, this will raise your entire lower body off the floor. This should NOT be viewed like a leg raise. Visualize that you're trying to pull the pole down and forward. Since the pole won't move, your lower body comes up. The pivot point for this exercise is your upper back/bottom of rib cage area, not the hips as in a regular leg raise. As you bring the lower body up, exhale through pursed lips.

Bring the legs all the way up as high as you can, squeezing the abs hard.Now lower VERY slowly, fighting against gravity as it pulls your legs back down. Stop the lowering phase just before your lower back touches the floor. Be sure you don't let your lower back go flat on floor between reps to keep up the most tension. Reverse the direction by pulling on the pole again and bringing the lower body back up.

This exercise hits the abs from a very different direction and with very different tension. It's something you will most likely never have felt before! Switch which shoulder is braced against the pole on your next set

transverse- two dumbell ball twists

is going to attack the rotational aspect of the abs, working the core musculature in the transverse plane. The transverse plane basically splits your body upper and lower. When a magician saws a person in half, they "cut" them in a transverse plane. Movements in the transverse plane are generally rotational.

Here's the best part...rotational ab movements with resistance have the greatest potential of any of the major ab movements to tighten the waist. Think about it this way...if you had a tenser (ACE) bandage and wanted to use it to make your waist appear smaller, you'd wrap it AROUND your waist. You wouldn't try and connect it to your rib cage and pelvis. Rotational exercises work these deep, rotational muscles to form a natural corset around the waist.

For this exercise, you will need two dumbells and a Swiss Ball. A smaller-size ball is better for this exercise though any ball will work.

Lay on your back with your knees bent and your feet fairly wide apart - you'll need a good base of support for this exercise so that you don't roll off to the side of the ball. Hold two equal-weight dumbells at arms-length directly above you. Keep them pushed together while doing this exercise (if they're separated, they'll move around more, making the exercise less efficient so be sure to keep them pressed tightly together). Start with fairly light dumbells the first time you try this movement.

Now, keeping your head facing directly up/forwards and your hips horizontal, lower both of the dumbells slowly and under complete control down to the left. Hold your breath and tighten up your midsection as you come down to the fully-twisted position. Prepare to push hard against the ground with your left foot to maintain your balance.

Your left arm is going to bend to about 90 degrees at the elbow as you lower the dumbells to the side while your right arm should stay perfectly straight. Your upper body should stay in the same position on the ball - no rolling to the opposite side to compensate for the weight to the side. This torque is what makes the exercise so valuable. Bending your lower arm is CRITICAL to keeping your torso in the same position on the ball.

There are a few reasons we use two dumbells instead of one. The first is that the separate dumbells increase the instability of the exercise, increasing the activation of stabilizing muscles in the core. The second is that two separate dumbells increases the shearing force going through the core area - the two sides are working separately. When you have only one, you don't have nearly the same pushing/pulling requirement on the rotational muscles of the abs. Try it with one dumbell for a few reps and you'll feel the difference immediately.

Since you're using two separate dumbells, it's going to create a very different stress on the entire abdominal area than anything you've experienced before.

When you're at the bottom, your upper left arm will be contacting the surface of the ball (don't let it rest or lose tension at this point!). Reverse the direction by simultaneously pulling with your right side abs and pushing with your left side abs. The right arm movement is similar to a rear delt lateral while the left arm movement is similar to a dumbell press.

Here's the motion going to the other side:

Remember to keep the dumbells pushed together tightly! The opposing tension in the abs really puts a lot of torque across the whole area. Be very sure you're not just pushing with the bottom arm but that you're also pulling with the top arm.

Be sure not to bounce out of the bottom, but try to feel a stretch in the right side as you start the change of direction. This is NOT a ballistic exercise. It should be performed slowly and under control at all times.

Frontal- side ab push-ups

The side abdominal wall and obliques are often worked using exercises such as dumbell side bends. But these have a tendency to put painful torque on the lower back because the obliques are forced to work in isolation rather than as a unit with the rest of the core musculature, which is how they're meant to work. When you think about it, how often is a client going to lean directly to the side in the frontal plane and pick up a heavy object beside them.

The frontal plane splits your body front and back. If you stand and bend your body directly to the side, you're moving in the frontal plane.

Side Ab Push-Ups, by contrast, work the obliques and entire side abdominal wall in a VERY functional manner in the frontal plane. The entire core is engaged and stabilized while the obliques perform the work. This keeps lower back strain to a minimum while still directly working the side abdominal musculature.

Sit on your left side on the floor (with your left hip on the floor) with your left hand propping up your body, fingers pointing directly in line with your body. Keep your left arm straight and locked. Your legs should be extended straight down. Your body will be bent sideways at the waist, like you're about to push yourself up to get up. Your feet should be together, legs straight. If you like, you can brace your feet against a solid object like a wall or machine. Place your right hand on your lower left rib cage - this will help you to feel exactly how the abs are contracting as you do the exercise and help you make sure you're doing it right.

Now, using side abdominal contraction, raise your hips directly up in the air until you've come up as high as you can (it will look like a sideways pike position), using your right hand to feel for that ab contraction. Squeeze the side abs HARD at the top, holding for several seconds, then lower your body slowly.

At the bottom, try to keep your hip off the ground to get a good stretch on the side abs - you can rest your hip on the floor between reps if you need to, though.

Make sure you are on your side as much as possible throughout the movement - some forward bending is natural due to abdominal function in that area. Try to imagine that you're also pushing up with your arm to get the strongest effect on the abs. Lean your head down towards the floor as you come up.

Because this exercise operates in what is most likely an unfamiliar plane of movement (frontal) for most people, keep a close eye on form and tell your client to let you know if they feel strain in the lower back. This exercise really tightens the entire side ab wall effectively. It's practical, functional and requires zero equipment.

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What is Identify the correct movement and the plane in which they occur?

To identify the correct movement and the plane in which it occurs, it's essential to understand the three primary planes of motion: the sagittal plane (divides the body into left and right), the frontal plane (divides the body into front and back), and the transverse plane (divides the body into upper and lower). For example, flexion and extension movements, such as bicep curls, occur in the sagittal plane. Lateral raises, which involve moving the arms away from the body, occur in the frontal plane. Lastly, rotational movements, like twisting the torso, occur in the transverse plane.


What are the names of the axis's in the body?

The three main anatomical axes in the body are the sagittal axis (divides the body into left and right halves), the transverse axis (divides the body into top and bottom halves), and the frontal axis (divides the body into front and back halves).


What plane does finger flexion occur?

Thumb abduction and adduction is in the sagittal plane. However, finger abduction and adduction is in the frontal/coronal plane. Do these movements in the anatomical position and that will help you see that the thumb is not abducting or adducting in the frontal plane rather the sagittal plane.


How do you describe a transverse body plane?

A transverse body plane, also known as a horizontal plane, divides the body into upper (superior) and lower (inferior) sections. It runs perpendicular to both the sagittal and frontal planes, allowing for cross-sectional views of the body. This plane is often used in medical imaging and anatomy to visualize structures in a horizontal cross-section.


Are directional terms created by body planes?

Yes, directional terms are closely related to body planes. Body planes, such as the sagittal, frontal (coronal), and transverse planes, provide reference points for describing locations and movements within the body. For example, terms like anterior (front) and posterior (back) are based on the frontal plane, while superior (above) and inferior (below) are derived from the transverse plane. These terms help in accurately communicating anatomical positions and orientations.

Related Questions

Which phrase does not belong Transverse Distal Frontal or Sagittal?

Transverse, frontal, and sagittal are all planes that pass through the body, while distal is a location in relation to something else.


What joints do not have motion in the transverse plane?

Joints like the elbow and knee do not have motion in the transverse plane as they primarily function in the sagittal and frontal planes. These joints have limited or no rotational movement around their long axis.


What are the planes of movement?

sagital, frontal, & transverse


How many planes of motion does the shoulder move in?

The shoulder moves in three planes of motion: sagittal plane (forward and backward), frontal plane (side to side), and transverse plane (rotational movement). This allows for a wide range of movement and flexibility in the shoulder joint.


What are the four division of human bodies?

The four main divisions of the human body are the head, the torso, the upper extremities (arms), and the lower extremities (legs). These divisions help organize and understand the different parts and functions of the human body.


The coronal plane is also known as?

The coronal plane is also known as the frontal plane, which divides the body into front and back sections. It is perpendicular to the sagittal plane and horizontal to the transverse plane.


What plane of motion is the sumo squat in?

If you look at what the body is doing during the motion you will see the posterior of the body traversing rearward and the knees moving in the anterior direction. This makes the movement a sagittal plane movement.http://www.davedraper.com/blog/2008/05/21/sagittal-frontal-and-transverse-planes-planes-of-human-motion/


What is Identify the correct movement and the plane in which they occur?

To identify the correct movement and the plane in which it occurs, it's essential to understand the three primary planes of motion: the sagittal plane (divides the body into left and right), the frontal plane (divides the body into front and back), and the transverse plane (divides the body into upper and lower). For example, flexion and extension movements, such as bicep curls, occur in the sagittal plane. Lateral raises, which involve moving the arms away from the body, occur in the frontal plane. Lastly, rotational movements, like twisting the torso, occur in the transverse plane.


What plane does shoulder circumduction occur in?

Shoulder circumduction is a multiplanar motion that occurs in the sagittal, frontal, and transverse planes. It involves a combination of flexion, extension, abduction, adduction, and internal and external rotation at the shoulder joint.


What is the plane of movement for leg press?

The plane of movement for the leg press primarily occurs in the sagittal plane, which divides the body into right and left halves. This exercise involves flexion and extension at the knee and hip joints as the legs push the weighted platform away and then return to the starting position. While the primary motion is in the sagittal plane, there can be some stabilization and engagement of muscles in the frontal and transverse planes as well.


In which plane do pronation and supination of the subtalar joint occur?

3 Planes: Sagittal, Frontal, & Transverse. They are a combination of motions in multiple planes (IR/ER, Medial/Lateral, Anterior/Posterior)


What axis is the shoulder joint?

The shoulder joint is a ball-and-socket joint, which allows movement in multiple directions. It primarily moves in flexion and extension (sagittal plane), abduction and adduction (frontal plane), and internal and external rotation (transverse plane).