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L3 A&P - UNIT 1 - S3
Section 3: Postural and core stability
| Question | Answer |
|---|---|
| name the 4 ligaments of the spine | Anterior longitudinal - Posterior longitudinal - Interspinous - Intertransverse |
| which 2 spine ligaments prevent excess spine flexion | Posterior longitudinal - Interspinous |
| which spine ligament prevents excess extension of the spine | Anterior longitudinal |
| which spine ligament prevents excess lateral flexion of the spine | Intertransverse |
| Name the 3 deep spine muscles | Intertransversarii - Interspinalis - Rotatores |
| Name the six main core muscles | Transversus abdominis - Internal / External obliques - Multifidus - Diaphragm - Pelvic floor |
| Which core muscle wraps around the body attaching to the lower ribs and the pelvis. It functions by compressing the abdominal contents and increasing intra-abdominal pressure to stabilise the spine | Transversus abdominis |
| Which core muscle situated over the transversus abdominis. They help compress the abdominal contents and provide rotation and lateral flexion of the spine | Internal obliques |
| Which core muscle situated situated over the internal obliques and transversus abdominis and wrap around the body. They help compress the abdominal contents and provide rotation and lateral flexion of the spine | External obliques |
| Which core muscle made of a series of smaller muscles connects the spinous processes of the spine to the transverse processes two or three vertebrae below help with rotation & extension of the spine & to hold the lumbar segments in an extended position | Multifidus |
| Which primary core muscle that initiates breathing contracts downwards and helps create intra-abdominal pressure to help stabilise the spine in conjunction with all the other muscles in the group | Diaphragm |
| Which core muscle made of several small muscles acts like a hammock at the base of the body to hold the organs. They contract together with the diaphragm & other core muscles to create intra-abdominal pressure & stabilise the spine. | Pelvic floor |
| Core musculature that is poorly prepared to function in unison can lead to chronic wear and tear or to possible acute injury and trauma of the | spine |
| which 3 layers of trunk muscles need to function together for effective core movement and stability | Deep, middle and outer layer |
| which trunk muscle layer is more responsible for the large movements that are possible at the core. | outer |
| which trunk muscle set that joins the pubis, ribs and sternum creates spinal flexion forces ? RA | rectus abdominis |
| which internal/external (particularly) combine with the abdominals and the erector spinae to create rotational movement of the spine. | obliques |
| the ability of the trunk to support the forces of the arms and legs in the safest, strongest and most effective manner is known as g*** c*** f******* | good core function |
| Commonly observed postures in people who adopt long-term seated positions can cause what | kyphosis |
| Flexing at the knees and lacking flexion at the hip are both signs the h********** may be shortened, which affects spinal position | hamstrings |
| 3 Types of stretching ? | Static - Dynamic - PNF |
| what does the abbreviation PNF stand for | proprioceptive neuromuscular facilitation |
| which type of stretching entails Maintenance stretch – maintains flexibility. Development stretch – increases flexibility | Static stretching |
| which type of stretching entails Effective as part of warm-up. Promotes blood flow and elasticity. Reduces risk of injury. | Dynamic stretching |
| which type of stretching entails Uses phases of static stretching followed by muscular contraction. Should only be applied to thoroughly warm muscles and by an experienced practitioner. | Proprioceptive neuromuscular facilitation stretching (PNF) |