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Patellar tendon ruptures are rare injuries in young athletes, resulting in disruption of the extensor mechanism, and require surgery for functional recovery. Several techniques have been reported, including end-to-end repair and single-row suture anchor constructs. Asciminib The strength of these repairs has been questioned, and they are commonly augmented. We endorse a double-row repair technique that provides an anatomic restoration of the footprint, has high fixation strength, eliminates the need for graft augmentation, and allows early motion.Biceps tenodesis is a common treatment method for biceps pathology. When tenodesis is located in intra-articular or suprapectoral areas, the biceps is fixed proximally to the zone of degeneration and inflammation, which can cause residual pain as a possible postsurgical complication. The main advantage of this method is that this technique is comparatively easy and can be performed arthroscopically. Typically, in terms of professional athletes, the best post-biceps tenodesis results are observed after undergoing subpectoral tenodesis because of the solid fixation and localization distally to any kind of biceps tendon degeneration and inflammation zone. However, subpectoral tenodesis has several disadvantages, as it is an open procedure that can lead to possible scar and hematoma formation, infection, bioabsorbable screw reaction, neurovascular injury, and fractures. Soft-tissue tenodesis to the proximal part of pectoralis major tendon is a well-known step in shoulder arthroplasty surgery and shows acceptable results. We suggest a technique of proximal subpectoral arthroscopic tenodesis, which combines the advantages of the location in the subpectoral zone with an all-suture anchor and that of soft-tissue tenodesis to the pectoralis major tendon, which can be performed fully arthroscopically, improving results in terms of healing by increasing the contact area.
Modern aggressive oncological treatment options for oral squamous cell carcinoma (OSCC) are inevitably associated with impaired general health-related quality of life (HRQoL) and oral HRQoL (OHRQoL). However, there is dire need for prospective and concomitant assessment of HRQoL and OHRQoL after different treatment regims. Hence, present study was designed to investigate HRQoL and OHRQoL in patients treated for OSCC using various modalities.

135 OSCC patients were grouped according to treatment rendered into Group A surgery only; Group B post-surgical radiotherapy (PRT); and Group C post-surgical chemo-radiation (PCRT). The 12-item Short Form Health Survey (SF-12) and Oral Health Impact Profile-14 (OHIP-14) were intervened to assess HRQoL and OHRQoL respectively at 1-month and 6-months post-treatment.

At 1-month post-treatment, patients who received PCRT showed significantly lower mean values for physical and mental domains of SF-12 and higher mean subscales and overall OHIP-14 (24.57±2.62) score than those treated by surgery alone (10.55±2.26) and PRT (20.20±3.80), with largest differences between PCRT and surgery alone groups (p<0.001). Social functioning, general health and bodily pain of SF-12 and functional limitations, physical pain and physical disability amongst OHIP-14 domains were greatly affected. Although few physical domains of SF-12 showed significant improvement, mental domains remained a greater problem after 6 months. However, OHRQoL was significantly poor in all the three study groups (p<0.001).

Irrespective of the post-treatment duration, patients who received PCRT had worse HRQoL and OHRQoL. There is a need to identify factors associated with impaired HRQoL and OHRQoL to customize better therapeutic decisions.
Irrespective of the post-treatment duration, patients who received PCRT had worse HRQoL and OHRQoL. There is a need to identify factors associated with impaired HRQoL and OHRQoL to customize better therapeutic decisions.The infra-orbital nerve block is given to anaesthetize the anterior part of maxilla by depositing the local anesthetic agent in proximity of the infra-orbital nerve foramen. The two intra-oral approaches well documented in the literature are the 'central incisor approach' or the 'bicuspid approach'. In 2011, Infra-orbital nerve block with extended coverage using the intra-oral 'molar approach' was employed. However, infra-orbital nerve block can pose a challenge in patients with no teeth. We have devised a novel landmark and technique for infra-orbital nerve block using the anatomical landmark alar base.
Three-dimensional analysis of the moment, force and M/F ratio generated at the anterior and posterior region of the T-loop in five different groups of pre-activation curvatures using the finite element method.

In this study, the geometric model of maxilla was constructed using a CBCT scan. The bracket system simulated was of the STb lingual bracket system from Ormco (0.18slot) with specified tip and torque values of all maxillary teeth and the arch wire used was 0.016″x 0.016″ TMA (Ormco) for fabrication of T-loop with dimensions of 6×2×7mm. There were five different models generated with pre-activation of 20°,30°,40°,50° and 60° in T-loop. The software used for the post-processing of the model was ANSYS Workbench 19.2.

When the amount of pre-activation of T-loop increased there was an increase in the moment, force and M/F ratio in all the five groups in lingual biomechanics.

Although, the M/F ratio depicts the type of movement that will take place is uncontrolled tipping in all the five pre-activation groups, clinically we should give pre-activation ranging from 30° to 60° in T-loop in lingual orthodontics.
Although, the M/F ratio depicts the type of movement that will take place is uncontrolled tipping in all the five pre-activation groups, clinically we should give pre-activation ranging from 30° to 60° in T-loop in lingual orthodontics.The rapid prototyping technology helped to convert the virtual surgical plans into action by the help of fusion deposition techniques. Starch based polymers like PLA (Poly lactic acid) are commonly used in the field of tissue engineering for making scaffolds. In dentistry its use is limited because of lack of precision. We tried to make a 3D printed locator guide for surgical removal of impacted maxillary premolar by using a starch based polymer.
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