01-x Ray Tech Review Bank Test

The styloids must be superimposed

Fractures in this area are rare.

There are 26 bones in a foot. The foot is made up of several small bones that provide support, flexibility, and stability. These bones include the tarsals, metatarsals, and phalanges. The tarsals are the seven bones that make up the ankle and heel, while the metatarsals are the five long bones that connect the ankle to the toes. The phalanges are the 14 bones that make up the toes. Together, these bones work together to allow for movement and balance in the foot.

BECAUSE THIS CONDITION THE PATIENT HAVE LESS ABSORBENT MASS

The three parts of the hip bones that are fused together at the acetabulum are the ischium, ilium, and pubis. These three bones make up the pelvis and are responsible for providing stability and support to the body. The acetabulum is the socket of the hip joint, where the head of the femur (thigh bone) articulates. The fusion of these three bones at the acetabulum allows for the proper functioning of the hip joint and enables movements such as walking, running, and jumping.

To get the Greater Trochanter in profile on a radiograph for an AP Pelvis, the patient should be positioned supine with both legs and feet inverted 15-20 degrees. This position allows for better visualization of the Greater Trochanter, which is the bony prominence on the upper part of the femur. The supine position ensures that the patient is lying on their back, while the inversion of the legs and feet helps to align the hip joint and bring the Greater Trochanter into the desired profile view on the radiograph.

The transverse processes are smalle but still contain the transverse foramina distinctive of all cervical vertebrae.

The correct answer is Scaphoid. The scaphoid bone is one of the carpal bones located in the wrist. It is also known as the navicular bone because of its boat-like shape.

The correct answer is "Perpendicular to Medial Malleolus." When performing a CR (central ray) for a lateral ankle X-ray, the central ray should be directed perpendicular to the medial malleolus. This means that the X-ray beam should be aimed straight towards the inner ankle bone, which helps to visualize the lateral aspect of the ankle joint. This positioning ensures that the X-ray image captures the necessary anatomy and provides a clear view of any potential injuries or abnormalities in the lateral ankle area.

Apex

Although only one of the tarsal bones,the talus, is directly involved in the ankle joint

In radiography, SEE (single-event effect) refers to the disruption or damage caused by a single ionizing particle passing through a sensitive area of a device. This can result in errors or malfunctions in electronic systems. The statement that SEE carries the least biologic significance is true because it primarily affects electronic devices rather than biological organisms. While SEE can have implications for the functioning of medical equipment, it does not directly impact the health or well-being of living organisms.

The AP Medial Oblique 45º view best demonstrates the distal tibiofibular joint because it provides an angled view that allows for visualization of the joint space between the tibia and fibula. This view is specifically angled to highlight the distal aspect of the joint, providing a clear image of the relationship between the tibia and fibula at that level.

collimation

It need a full expiration.

The ankle joint is formed by the tibia, fibula, and talus bones. The tibia is the larger of the two lower leg bones and forms the inner part of the ankle joint. The fibula is the smaller bone and forms the outer part of the ankle joint. The talus is a bone in the foot that sits on top of the calcaneus (heel bone) and forms the lower part of the ankle joint. The navicular bone is not directly involved in the formation of the ankle joint.

The sustentaculum tali is a structure that literally means "a support for the talus." The talus is a bone in the foot, and the sustentaculum tali is a bony projection on the calcaneus bone that provides support and stability to the talus bone. Therefore, the sustentaculum tali is the correct answer to the question.

This concept apply to Hospital Information System (HIS) and (RIS) is a system designed to support the operations of a radiology department. Typical functions related to xcheduling, patient registration, report archiving, film traking and even billing.

The largest sesamoid bone in the body is the patella, also known as the knee cap. The patella is a small, flat, triangular bone located in front of the knee joint. It acts as a protective shield for the knee joint and helps in the transmission of forces between the thigh bone and the shin bone. Due to its size and position, the patella is considered the largest sesamoid bone in the body.

The given answer, Pisiform, is the correct answer because it is one of the bones listed in the options. The question asks for the name of a bone, and Pisiform is one of the options provided.

RAO, LAT

LUMBAR

BECAUSE THEIR LUNGS TEND TO SHRINK

It is concave.

Libel (written words) also apply

False
They are located between the superior and inferior ends of the medial or vertebral border

The correct answer is the cuneiforms. The cuneiform bones are located in the tarsals of the foot and are named for their wedge-like shape. They are three in number - medial cuneiform, intermediate cuneiform, and lateral cuneiform. These bones play a crucial role in providing stability and support to the foot during walking and running.

There is no bady in C1 but simple a thick arch of bone called "Anterior Arch"

The AP Oblique projection is the best view to demonstrate the joint spaces around the cuboid bone and sinus tarsi open. This view allows for a clear visualization of the joint spaces and provides a comprehensive view of the foot from an oblique angle.

Because of it is a method of acquisition of image. Direct Digital Radiography (DR)have not need of Image Plate, Then this only apply to Computed Radiography.

THIN-CHESTED PT. ABOUT 20*
LARGE, BARREL-CHESTED PT. ABOUT 15*

The intermedial cuneiform articulates with the second metatarsal bone distally. This means that the intermedial cuneiform bone forms a joint with the second metatarsal bone at its distal end.

The correct answer is 15º Anteriortly. This means that the angle for an AP Weight-Bearing Foot Projection is 15 degrees in the anterior direction.

Calcaneus Salcus

The distal joint surface that forms the roof of the ankle mortise joint is called the tibial plafond. The tibial plafond is the top part of the tibia (shinbone) that articulates with the talus bone in the ankle joint. It helps to provide stability and support to the ankle joint during movement. The fibular plafond refers to the distal joint surface of the fibula, while the medial, lateral, and mortise plafonds are not anatomically correct terms.

IT IS USE A STANDARD THAT APPLY TO ANY MEDICAL ETHIC CODE

The correct answer is "The tuberosity". The tuberosity is a bony prominence located on the posterior aspect of the calcaneus bone, which is the largest bone in the foot. It serves as an attachment site for various muscles, ligaments, and tendons, including the Achilles tendon. The tuberosity helps to provide stability and support to the foot during weight-bearing activities.

The subtalar articulation is formed by the talus and calcaneus bones. These two bones are located in the foot and are involved in the movement of the ankle joint. The talus bone sits on top of the calcaneus bone and allows for inversion and eversion movements of the foot. Together, they form a joint that is important for maintaining stability and flexibility in the foot during activities such as walking or running.

The correct answer is the intermediate (second) cuneiform bone. The cuneiform bones are located in the foot and are part of the tarsal bones. They are named based on their position from medial to lateral. The intermediate cuneiform bone is the second bone in this sequence.

The correct answer is 17. Each foot has 14 phalanges, with two in the big toe and three in each of the other four toes. Therefore, the total number of phalanges in each foot is 14.

The 5th metatarsal because it has in the base a prominent rough tuberosity and is common site of trauma.

The Ankle lateromedial projection best demonstrates that the tibiotalar joint is open plus the distal fibula is superimposed by the posterior tibia. This projection allows for a lateral view of the ankle joint, showing the relationship between the tibia, fibula, and talus bone. The posterior tibia overlapping the distal fibula indicates that the tibiotalar joint is open.

The medial cuneiform articulates with the first metatarsal bone. The cuneiform bones are located in the midfoot region and form part of the tarsal bones. The medial cuneiform specifically connects with the first metatarsal bone, which is the bone that forms the base of the big toe. This articulation allows for movement and stability in the midfoot, contributing to proper foot function and gait.

The tibiotalar joint is the joint between the tibia and the talus bone in the ankle. In order to demonstrate that this joint is open, as well as show that the distal fibula is superimposed by the posterior tibia, a projection that captures the medial-lateral view of the foot would be most suitable. This allows for clear visualization of the tibiotalar joint and the relationship between the fibula and the posterior tibia. Therefore, the correct answer options are Foot Mediolateral Projection, Calcaneous (Heel) Mediolateral Projection, and Ankle Mediolateral Projection.

The calcaneus bone articulates with the cuboid and talus bones. The cuboid bone is located on the lateral side of the foot, and it forms a joint with the calcaneus bone. The talus bone is located between the calcaneus bone and the tibia and fibula bones of the lower leg. It also forms a joint with the calcaneus bone. The cuneiform bones, on the other hand, are located in the midfoot region and do not directly articulate with the calcaneus bone.

The bones listed are all carpal bones in the wrist. Each of the other bones in the list has a synonym or alternative name that is commonly used to refer to it. However, "Triquetrum" is the only bone in the list that does not have a synonym.

The lateral cuneiform bone articulates with the navicular bone proximately, the intermediate cuneiform bone medially, and the cuboid bone laterally. However, it does not articulate with the second, third, and fourth metatarsals proximately.

PBL's collimator restrict the size of the exposure field to the size of the cassette in Bucky tray.

The base of the 3rd metatarsal and the 3rd tarsometatarsal (TMT) joint are important in radiography. These structures are commonly evaluated in foot radiographs to assess for fractures, dislocations, or other abnormalities. The base of the 3rd metatarsal refers to the bottom part of the bone, while the 3rd TMT joint is the joint connecting the 3rd metatarsal to the tarsal bones. Proper visualization and assessment of these areas are crucial for accurate diagnosis and treatment planning.

The correct answer is Talus. The talus bone, also known as the astragalus bone, is the second largest bone in the foot. It is a key bone that connects the leg to the foot and plays a crucial role in weight-bearing and movement. The talus bone is located between the tibia and fibula bones of the lower leg and the calcaneus bone of the foot. It forms the ankle joint and allows for the up and down movement of the foot.

The navicular bone articulates with the talus bone posteriorly and with the three cuneiform bones anteriorly. This means that it forms a joint with the talus bone at the back and with the three cuneiform bones at the front.

The intermediate cuneiform bone articulates with the navicular bone proximally, the second metatarsal bone distally, and the medial and lateral cuneiform bones on each side. This means that it forms joints with the navicular bone at its upper end, the second metatarsal bone at its lower end, and the medial and lateral cuneiform bones on both sides.

The medial cuneiform bone articulates with the first and second metatarsal bones distally, meaning it forms a joint with these bones at the bottom end. It also articulates with the navicular bone proximally, meaning it forms a joint with this bone at the top end. Additionally, it articulates with the intermediate bone laterally, meaning it forms a joint with this bone on the side.

The correct answer includes three types of arches found in the foot: the transverse arch, the longitudinal lateral arch, and the longitudinal medial arch. These arches are important for providing support and stability to the foot during walking and running. The transverse arch runs across the foot from side to side, while the longitudinal lateral arch runs along the outer edge of the foot and the longitudinal medial arch runs along the inner edge of the foot. Together, these arches help distribute body weight evenly and absorb shock, preventing foot pain and injury.

The main groups that the lower limb is divided into are the leg, foot, mid/distal femur, hip. This division allows for a clear understanding and categorization of the different parts of the lower limb. The leg refers to the portion between the knee and ankle, while the foot includes the structures below the ankle. The mid/distal femur represents the upper part of the leg, specifically the femur bone, and the hip refers to the joint connecting the leg to the pelvis. This categorization helps in studying and discussing the lower limb anatomy and function.

The weight of the body is transmitted to the ground through the posterior articular facet, anterior articular facets, and middle articular facets on the calcaneus. These surfaces are important for weight-bearing in an erect position.

The correct answer is "triangular" and "cuneiform". These are alternative names for the triquetrum bone, which is one of the eight carpal bones in the wrist. The triquetrum bone is shaped like a triangle, hence the name "triangular". It is also sometimes referred to as "cuneiform" because of its wedge-like shape.