Return-To-Play after Lower Limb Muscle Injury in Football : The Italian Consensus Conference Guidelines

• Record Nr.: UNINA9910506387503321
• Autore: Bisciotti Gian Nicola
• Pubbl/distr/stampa: Cham : , : Springer International Publishing AG, , 2021; ©2022
• ISBN: 3-030-84950-3
• Descrizione fisica: 1 online resource (169 pages)
• Altri autori (Persone): CorsiniAlessandro; VolpiPiero
• Soggetti: Electronic books.
• Lingua di pubblicazione: Inglese
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Nota di contenuto: Intro -- Introduction -- Contents -- 1: The Italian Consensus Conference on Return to Play After Lower Limb Muscle Injury in Football -- 1.1 Introduction -- 1.2 The Italian Consensus Conference on Return to Play After Lower Limb Muscle Injury in Football -- 1.3 Consensus Conference Proceedings -- References -- 2: General Principles for Return to Training and Return to Play -- 2.1 The Appropriateness of the RTP Term -- 2.2 The RTT Basic Principles -- 2.3 The RTP Basic Principles -- 2.4 The Evaluation of Physical Fitness -- 2.5 Evidence on RTT and RTP -- 2.6 Risk in the Short, Medium, and Long Term -- 2.7 The Concept of "Tolerable Risk" in RTT-DMP -- 2.8 The "Intensity-Type-Timing" Principle -- 2.9 The Basic Principles of Functional Tests -- 2.10 The Objectivity of the Decision Criteria -- 2.11 The Patient Centrality -- 2.12 The Different Focus Types -- 2.13 The Decision-Making Process -- 2.14 Closed and Open Skill Tests -- 2.15 The Biopsychosocial Model -- 2.16 Conclusions -- References -- 3: The Structure of the Return to Training Decision-Making Process -- 3.1 Introduction to RTT Assessment -- 3.2 Clinical Assessment -- 3.3 The Role of Imaging in the RTT-DMP -- 3.4 Laboratory Tests -- References -- 4: The Structure of the Return to Play Decision-Making Process -- 4.1 The RTP Basic Principles -- 4.2 Quantitative Evaluation (QNE) -- 4.3 Qualitative Evaluation (QLE) -- 4.4 Parameter Analysis (PA) -- References -- 5: The Role of Imaging in the Return to Training ; and Return to Play Decision-Making Process -- 5.1 Introduction -- 5.2 The Current State of Art -- 5.3 The Italian Consensus Conference Suggestions -- 5.4 When Progress Unmasks the Dangerous Violation of the Wisdom of Nature -- 5.5 Conclusions -- References -- 6: Basic Principles of Dynamometric Test -- 6.1 Introduction.; 6.2 The Dynamometric Assessment of the Isometric Contraction -- 6.3 Isotonic Assessment Versus Isokinetic Assessment -- 6.4 The Interpretation of the Isokinetic Test -- 6.4.1 Torque Parameters -- 6.4.2 The Time Rate to Torque Development -- 6.4.3 Force Decay Rate -- 6.4.4 Range of Motion -- 6.4.5 Reciprocal Innervation Time -- References -- 7: The Use of Global Positioning System in the Return to Play Decision-Making Process -- 7.1 Introduction -- 7.2 Acquisition of Different Variables -- 7.3 The Classification of the Intensity Zones -- 7.4 GPS for Evaluating Impact and Collision Data -- 7.5 The Use of GPS in Different Age Groups and in Different Levels of Athletic Performance -- 7.6 The Use of GPS for Injuries Prevention -- 7.7 Conclusions -- References -- 8: Return to Training and Return to Play Following Quadriceps Injury -- 8.1 Anatomical Description -- 8.2 Epidemiological Notes -- 8.3 Clinical and Imaging Assessments for RTT -- 8.3.1 General Assessment -- 8.3.2 Specific Assessment -- 8.4 Laboratory Tests for RTT -- 8.5 Field Tests for RTT -- 8.6 RTP Tests after QS Injury -- References -- 9: Return to Training and Return to Play Following Hamstring Injury -- 9.1 Anatomical Description -- 9.2 Epidemiological Notes -- 9.3 Clinical and Imaging Assessments for RTT -- 9.3.1 General Assessment -- 9.3.2 Specific Assessment -- 9.4 Laboratory Tests for RTT -- 9.5 Field Tests for RTT -- 9.6 RTP Tests after HS Injury -- References -- 10: Return to Training and Return to Play Following Adductor Injury -- 10.1 Anatomical Description -- 10.1.1 Adductor Longus -- 10.1.2 The External Obturator -- 10.1.3 Adductor Brevis -- 10.1.4 Adductor Magnus -- 10.1.4.1 Pubofemoral (Adductor) Portion -- 10.1.4.2 Ischiocondylar (Hamstring) Portion -- 10.1.5 Pectineus -- 10.1.6 Gracilis Muscle -- 10.2 Epidemiological Notes.; 10.3 Clinical and Imaging Assessments for RTT -- 10.3.1 General Assessment -- 10.3.2 Specific Assessment -- 10.4 Laboratory Tests for RTT -- 10.5 Field Tests for RTT -- 10.6 RTP Tests after Adductor Injury -- References -- 11: Return to Training and Return to Play Following Soleus-Gastrocnemius Injury -- 11.1 Anatomical Description -- 11.1.1 Soleus Muscle -- 11.1.2 Gastrocnemius Muscle -- 11.2 Epidemiological Notes -- 11.3 Clinical and Imaging Assessments for RTT -- 11.3.1 General Assessment -- 11.3.2 Specific Assessment -- 11.4 Laboratory Tests for RTT -- 11.5 Field Tests for RTT -- 11.6 RTP Tests After SGMC Injury -- References -- 12: Return to Training and Return to Play Following Hip Short External Rotator Muscle Injury -- 12.1 Anatomical Description -- 12.1.1 The Piriformis -- 12.1.2 The Internal Obturator -- 12.1.3 Gemellus Muscles -- 12.1.3.1 Superior Gemellus -- 12.1.3.2 Inferior Gemellus -- 12.1.4 The Quadratus Femoris -- 12.1.5 The External Obturator -- 12.2 Epidemiological Notes -- 12.3 Clinical and Imaging Assessments for RTT -- 12.3.1 General Assessment -- 12.3.2 Specific Assessment -- 12.4 Laboratory Tests for RTT -- 12.5 Field Tests for RTT -- 12.6 RTP Tests After Short External Hip Rotator Muscles Injuries -- References -- 13: Return to Training and Return to Play Following Iliopsoas Injury -- 13.1 Anatomical Description -- 13.2 Epidemiological Notes -- 13.3 Clinical and Imaging Assessments for RTT -- 13.3.1 General Assessment -- 13.3.2 Specific Assessment -- 13.4 Laboratory Tests for RTT -- 13.5 Field Tests for RTT -- 13.6 RTP Tests after Iliopsoas Injury -- References -- 14: The Clinical Tests ; for RTT Decision-Making Process -- 14.1 Introduction -- 14.2 Quadriceps RTT Clinical Tests -- 14.3 Hamstring RTT Clinical Tests -- 14.3.1 Straight Leg Raise Test -- 14.3.2 Dynamic Flexibility H Test.; 14.4 Adductors RTT Clinical Tests -- 14.4.1 Pubic Stress Test -- 14.4.2 Resisted Hip Adduction Test -- 14.4.3 The Squeeze Test -- 14.5 Soleus-Gastrocnemius RTT Clinical Tests -- 14.5.1 Weight Bearing Lunge Test -- 14.5.2 Heel-Raise Test -- 14.6 Short External Hip Rotator Injury RTT Clinical Tests -- 14.6.1 Pace and Nagle Maneuver Tests -- 14.6.2 Beatty Maneuver Test -- 14.6.3 Freiberg Maneuver Test -- 14.6.4 Internal Rotation Test -- 14.7 Iliopsoas Injury RTT Clinical Tests -- References -- 15: The Laboratory Tests for RTT Decision-Making Process -- 15.1 Introduction -- 15.2 Quadriceps RTT Laboratory Tests -- 15.2.1 Isometric Tests -- 15.2.2 Isotonic Tests -- 15.2.3 Isokinetic Tests -- 15.2.3.1 Concentric Modality -- 15.2.3.2 Eccentric Modality -- 15.3 Hamstring RTT Laboratory Tests -- 15.3.1 Isometric Test -- 15.3.2 Isotonic Test -- 15.3.3 Isokinetic Tests -- 15.4 Adductor RTT Laboratory Tests -- 15.4.1 Isometric Tests -- 15.4.2 Isotonic Test -- 15.4.3 Isokinetic Tests -- 15.5 Soleus-Gastrocnemius RTT Laboratory Tests -- 15.5.1 Isometric Tests -- 15.5.2 Isotonic Test -- 15.5.3 Synchro Plates Test Specific for Calves Muscles -- 15.5.4 Drop Test Performed with Synchro Plates -- 15.6 Short External Hip Rotator Muscles RTT Laboratory Tests -- 15.6.1 Isometric Tests -- References -- 16: The Field Tests for RTT Decision-Making Process -- 16.1 Introduction -- 16.2 Braking Test -- 16.2.1 Protocol -- 16.2.2 Indication -- 16.3 Illinois Agility Test -- 16.3.1 Protocol -- 16.3.2 Indication -- 16.4 Agility T-Test -- 16.4.1 Indication -- 16.5 Carioca Test -- 16.5.1 Protocol -- 16.5.2 Indication -- 16.6 Kicking Test -- 16.6.1 Protocol -- 16.6.2 Indication -- 16.7 Retro-Run Test -- 16.7.1 Protocol -- 16.7.2 Indication -- References -- 17: Case Report: Return to Play and Return to Training After Quadriceps Injury.; 17.1 Introduction -- 17.2 Case Report -- 17.2.1 Phase I -- 17.2.2 Phase II -- 17.2.3 Phase III -- 17.3 Clinical Test for Return to Training -- 17.3.1 Specific Assessment -- 17.4 Laboratory Tests for RTT -- 17.5 Field Tests for RTT -- 17.6 Return to Play Tests -- 17.7 Discussion -- 17.8 Conclusions -- References -- 18: Case Report: Return to Play and Return to Training After Hamstring Injury -- 18.1 Introduction -- 18.2 Case Report -- 18.2.1 Phase II (20 Days) -- 18.2.2 Phase III (30 Days) -- 18.3 Clinical Test for Return to Training -- 18.3.1 Specific Assessment -- 18.4 Laboratory Tests for RTT -- 18.5 Field Tests for RTT -- 18.6 Return to Play Tests -- 18.7 Discussion -- 18.8 Conclusions -- References -- 19: Case Report: Return to Play and Return to Training after Adductor Injury -- 19.1 Introduction -- 19.2 Case Report -- 19.2.1 Anamnesis -- 19.2.2 Inspection -- 19.2.3 Clinical Examination -- 19.2.4 Therapeutic Path -- 19.3 Clinical Test for Return to Training -- 19.3.1 Specific Assessment -- 19.4 Laboratory Tests for RTT -- 19.5 Field Tests for RTT -- 19.6 Return to Play Tests -- 19.7 Discussion -- 19.7.1 Scientific Rationale for Phase 1 -- 19.7.2 Scientific Rationale for Phase 2 -- 19.7.3 Scientific Rationale for Phase 3 -- 19.8 Conclusions -- Anamnestic Form -- References -- 20: Case Report: Return to Play and Return to Training After Soleus-Gastrocnemius Injury -- 20.1 Introduction -- 20.2 Case Report -- 20.2.1 Anamnesis -- 20.2.2 Inspection -- 20.2.3 Clinical Examination -- 20.2.4 Therapeutic Path -- 20.3 Clinical Test for Return to Training -- 20.3.1 Specific Assessment -- 20.4 Laboratory Tests for RTT -- 20.5 Field Tests for RTT -- 20.6 Return to Play Tests -- 20.7 Discussion -- 20.8 Conclusion -- References.; 21: Case Report: Return to Play and Return to Training After Hip Short External Rotator Muscles Injury.