P.T Guide Academy

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حابين نشكر الدكتور على الريفيو الجميل ده والخاص بكتب الاورثو بتاعتنا ❤️❤️ وده طبعا يعنى مكانش اعلان خالص والله ولكن ناس كتير بعتت لينا الفيديو ده فواجب علينا نشكره ودايما عند حسن ظن حضراتكم بائن الله لينك الفيديو https://vt.tiktok.com/ZSXXvdmYx/

لو عايز توصل للمحاضرات بتاعتنا بكل سهوله 🔥 خلى ال PDF ده معاك 👇 فايل كامل موجود فيه كل محاضرات pt guide باللينك بتاعها وال QR Codes لكل محاضره تقدر توصلها ف اى وقت بما فيهم فيديوهات كارولين ونيومان 🔥

🏆 توقع الكسبان.. واكسب معانا! 🏆 ​مين هيشيل الكأس؟ الأرجنتين 🇦🇷 ضد إسبانيا 🇪🇸 في نهائي كأس العالم! ​شاركنا توقعك في الكومنتات، وهنختار اثنين من التوقعات الصحيحة هيكسبوا معانا مجموعة كتب PT Guide الخاصة بينا مجانًا! 🎉 ​وبمناسبة الحدث الكبير ده، التصويت مش بس على الكأس.. ده كمان هيحدد خطتنا الجاية في الشرح: ​🔹 لو الأرجنتين كسبت: هنكمل شرح كتاب Carolyn (Kisner). ​🔹 لو إسبانيا فازت: هنكمل شرح كتاب Neumann (Kinesiology). ​👇 سيب كومنت بتوقعك للمباراة، وهنبعتلك فورًا لينكات الفيديوهات اللي فاتت في الشرح لو حابب تبدأ وتتابع معانا من دلوقتي! 🚀 بوست التوقعات https://www.facebook.com/share/p/1KCjME79rj/

Pelvic Tilt & Low Back Pain: Key Insights 🧠 What is Pelvic Tilt? Pelvic tilt is the angle between the sacral endplate and the femoral heads. Normal averages: ~13° anterior tilt, ~9° posterior tilt. ⚠️ Why It Matters for Low Back Pain (LBP) Excessive anterior pelvic tilt increases lumbar lordosis, a known contributor to chronic LBP. Posterior tilting exercises are commonly used to counteract this. 🏋️ Muscle Training Matters Training local muscles improves sagittal plane alignment: → Transversus abdominis for excessive lordosis → Multifidus for decreased lordosis 🧘 Movement Awareness is Key Chronic LBP patients often have reduced pelvic proprioception and postural control, which may predispose them to pain. 📏 Common Assessment Methods · Pelvic tilt angle (ASIS to vertical line) · Supine pelvic tilt test · Prone hip extension test · Thomas test (hip flexor tightness) 🤖 AI in Pelvic Assessment Recent research (Schwarz et al., 2023) shows AI deep learning algorithms can assess pelvic radiographs with >90% accuracy, potentially improving efficiency in clinical settings. ✅ Takeaway Understanding and correcting pelvic tilt is a practical, evidence-based strategy for preventing and managing chronic low back pain.

Understanding pelvic alignment is crucial for assessing and addressing various musculoskeletal issues. Here’s a breakdown of key concepts related to pelvic positioning: 1. Neutral Pelvis This is the anatomical baseline characterized by: - Level ASIS (Anterior Superior Iliac Spine) and ischial tuberosities - A straight spine - Equal leg lengths Structures involved include the lumbar spine, sacrum, coccyx, and femoral head in proper alignment. 2. Pelvic Obliquity This condition describes vertical asymmetry, where one side of the pelvis is higher than the other, leading to compensatory spinal curves and functional leg length discrepancies. ✅️ Left ASIS Higher: - Angled ASIS line - Compensatory scoliosis (spine curvature) - Apparent leg length discrepancy ✅️ Right ASIS Higher: - Angled ischial tuberosity line - Changes in sacral angle 3. Anterior and Posterior Pelvic Tilt These deformities involve the pelvis rotating forward or backward around the hip axis, impacting the natural curves of the lumbar spine. ✅️ Anterior Pelvic Tilt: - Mechanism: Forward rotation of the pelvis - Consequence: Increased lumbar lordosis (hyperlordosis) - Angle: Characterized by a forward-tilted angle (approx. 30°) ✅️ Posterior Pelvic Tilt: - Mechanism: Backward rotation of the pelvis - Consequence: Flattening of the lumbar curve (reduction of lordosis) - Angle: Characterized by a backward-tilted angle Key Anatomical Landmarks Diagnosis of these deformities relies on the relative positions of specific bony landmarks: - ASIS (Anterior Superior Iliac Spine) - PSIS (Posterior Superior Iliac Spine) - Ischial Tuberosities - Pubic

Types of contractures 👇 https://www.linkedin.com/posts/mahmoudsamirkamra_classification-of-contractures-a-contracture-activity-7437212586296795136-tFh0?utm_source=share&utm_medium=member_android&rcm=ACoAACCVQEoBS4hTdHkIOxshSyzLQUnMj4m4uYI

شرح الجزء الاول من كتاب كارولين شابتر ال stretching ☝️

1. Prolonged Immobilization (Extrinsic): Use of casts, orthotics, or skeletal traction due to fractures or soft tissue repair. 2. Prolonged Immobilization (Intrinsic): Pain, joint inflammation, effusion, or disorders of the skin, bone (bony blocks), and vascular system. 3. Sedentary Lifestyle: Confinement to bed or wheelchair, and habitual faulty or asymmetrical postures associated with work environments. 4. Neuromuscular Dysfunction: Paralysis, spasticity, rigidity, or muscle imbalances resulting from CNS or Peripheral Nervous System (PNS) dysfunction. 5. Postural Malalignment: Congenital or acquired deformities such as scoliosis or kyphosis.

Stretching for Improved Mobility: A Clinical Briefing Mobility is a fundamental component of physical function, defined as the ability of body structures to move through a range of motion (ROM) sufficient for functional activities. This briefing outlines the clinical definitions, pathological restrictions, and therapeutic interventions associated with mobility and stretching. - Functional Mobility: Mobility is not merely "normal" ROM but the specific range required to perform motor tasks and functional activities. It is dependent on both joint integrity and soft tissue flexibility. - Hypomobility and Contractures: Restricted motion results from adaptive shortening of soft tissues. While "hypomobility" refers to general restricted motion, "contracture" denotes a significant, often pathological, resistance to mobility. - Therapeutic Stretching: Stretching serves as a primary intervention to increase soft tissue extensibility, improve flexibility, and reduce injury risk. Effectiveness is determined by specific parameters such as alignment, intensity, duration, and frequency. - Clinical Decision-Making: Interventions must be based on a systematic evaluation. This includes the strategic use of "selective stretching," where certain tissues are allowed to remain tight to maintain stability or improve specific functional outcomes for the patient. Fundamental Concepts of Mobility and Flexibility - Mobility is the capacity of an individual to initiate, control, or sustain active body movements to perform motor tasks. It is inextricably linked to: - Joint Integrity: The health and structure of the joint itself. - Soft Tissue Flexibility: The extensibility of the muscles and connective tissues crossing or surrounding the joints. Flexibility: Dynamic vs. Passive - Flexibility is the ability to rotate a joint smoothly through an unrestricted, pain-free ROM. It is categorized into two distinct types: 1. Dynamic Flexibility (Active Mobility): The extent to which an active muscle contraction can rotate a joint. This depends on muscle strength and the quality of tissue extensibility. 2. Passive Flexibility (Passive Mobility): The extent to which a joint can be rotated through its available ROM by an external force. Passive flexibility is a prerequisite for, but does not guarantee, dynamic flexibility. Hypomobility and the Pathophysiology of Contractures - Hypomobility: refers to decreased mobility or restricted motion at a single joint or a series of joints. It can lead to significant activity limitations and participation restrictions. Classification of Contractures - A contracture is the adaptive shortening of the muscle-tendon unit and other soft tissues, resulting in significant resistance to stretch and limited ROM. They are classified by their underlying cause and tissue involvement: 1. Myostatic: The musculotendinous unit is shortened with no specific muscle pathology. There is a reduction in the number of sarcomere units, but individual sarcomere length is unchanged. This is usually resolvable in a short time with stretching. 2. Pseudomyostatic: Limited ROM caused by hypertonicity (spasticity or rigidity) from Central Nervous System (CNS) lesions (e.g., stroke, spinal cord injury). Muscles appear to be in a constant state of contraction. 3. Arthrogenic: Result of intra-articular pathology, such as adhesions, joint effusion, synovial proliferation, or irregularities in articular cartilage. 4. Periarticular: Occurs when connective tissues that cross or attach to a joint capsule lose extensibility, restricting normal arthrokinematic motion. 5. Fibrotic / Irreversible: Permanent loss of extensibility due to normal tissue being replaced by inextensible fibrotic tissue or scar tissue. Often occurs after long-term immobilization or severe trauma. Factors Contributing to Restricted Motion Various extrinsic and intrinsic factors lead to hypomobility and the development of contractures:

لأى حد مهتم بمجال ال scoliosis تحديدا شروث د محمد عبد العزيز عامل سلسله فيديوهات على قناه اليوتيوب ودي هتكون بدايه لسلسله كامله 🔥 ننصح بمشاهدة الفيديو https://youtu.be/zzviA58mu1w

Special tests for the hip joint 👇

صوره حيه لكتاب Orthopedic at a glance - Upper limb 🔥 متواجد فى معرض القاهره الدولي للكتاب | دار الكتاب الجامعي للنشر والتوزيع | Hall 2 | C71 مُسجل بدار الكتب المصريه ISBN 978-977-203-508-3 Book Registration number 30437/2025 All rights reserved © Pt Guide Academy 2026 #وزارة_الثقافة_المصرية #معرض_القاهرة_الدولي_للكتاب #معرض_القاهرة_الدولي_للكتاب57 #CIBF57 #ثقافة #قراءة #كتب #ندوات #الهيئة_المصرية_للكتاب