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You can order from the safety of your own home or office without any hassle! We are here to support your WFH days! Please always update JCO Apps to get our latest promotions. The SAP Java Connector (SAP JCo) is a development library jco slot enables a Java application to communicate with SAP systems via SAP's RFC protocol.

The SAP JCo supports both communication directions: inbound Remote Function Calls (Java calls ABAP) as well as outbound Remote Function Calls (ABAP calls Java). Benefits of the SAP Java Connector for building SAP-enabled Java applications: • High performance JNI-based RFC middleware. • Supports R/3 3.1I and higher releases (and other SAP components that have BAPIs or RFMs).

• Supports inbound (Java client calls BAPI or RFM) and outbound (ABAP calls Java server) RFC communication. • Supports synchronous, transactional, queued and background RFC (sRfc, tRfc, qRfc, bgRfc protocols).

• Supports classic RFC data serialization as well as xRfc, basXML and cbRfc (column based/fast serialization) formats.

• Supports RFC communication via classic CPIC and via WebSocket network protocol. • Provides client connection pooling. • Multi-platform support. • Complete and correct code page handling (including Unicode and non-Unicode single- and multi-byte code pages).

In case of problems with the SAP Java Connector, report an incident under component BC-MID-CON-JCO. Release 3.1.5 of the SAP Java Connector includes fixes and new functionality as described in SAP Note 3115707. It also contains all fixes and enhancements of previous patch releases: 3036882 and 2947370. SAP Note 2786882 describes which operating systems and versions with which JDKs/JREs are supported by the SAP Java Connector 3.1, and when the SAP Java Connector 3.1 maintenance and support period will end.

The SDK package of SAP Java Connector 3.1 includes the software, documentation, and examples. The SAP Java Connector 3.1 requires a JDK/JRE 8 or 11. SAP Java Connector 3.1 running on Windows operating systems requires the Microsoft Visual Studio 2013 C/C++ runtime libraries to be installed on the system. See SAP Note 2786882. Notes • The SDK archives for Windows and macOS of the SAP Java Connector are shipped as a ZIP file embedded in a ZIP file.

The SDK archives for the Unix versions of the SAP Java Connector are shipped as a TGZ file embedded jco slot a ZIP file. • Extract the nested archive variant from the downloaded archive first. In case you have installation instructions from some other component, they usually refer to the nested archive. • After extracting the content from the nested archive, further installation instructions can be found in the file /javadoc/installation.html.

Note on 32-bit versus 64-bit versions: You only need the 64-bit version of the SAP Java Connector if you are using a 64-bit Java VM.

If you have to use a 32-bit Java VM on a 64-bit platform, download and use the 32-bit version jco slot JCo. The 64-bit variant should always be preferred on 64-bit platforms. Some JVMs offer both modes: 32-bit as well as 64-bit. In this jco slot you need to start the JVM with an additional start-up parameter to specify the mode. Usually these are options -d32 and -d64; please consult the JVM documentation for further details. Operating system Processor Release date File size (KB) Microsoft Windows and Windows Server 32-bit November 25, 2021 5,951 64-bit x86* November 25, 2021 6,091 Linux for Intel compatible processors 64-bit x86* November 25, 2021 4,574 Linux for IBM PowerPC processors 64-bit LE** November 25, 2021 8,524 Linux for IBM eServer zSeries 64-bit November 25, 2021 8,550 Apple macOS for Intel processors 64-bit x86* November 25, 2021 4,748 HP-UX 64-bit Itanium November 25, 2021 7,452 IBM AIX 64-bit November 25, 2021 5,108 IBM i (OS/400 PASE) 64-bit November 25, 2021 19,119 IBM z/OS 64-bit November 25, 2021 4,380 Oracle Solaris (SunOS) 64-bit SPARC November 25, 2021 5,689 64-bit x86* November 25, 2021 5,203 Release 3.0.21 of the SAP Java Connector includes fixes and new functionality as described in SAP Note 3001078.

It also contains all fixes and enhancements of previous patch releases: 2738207, 2629118, 2531996, 2442840, 2361127, 2301211, 2245017, 2155739, 2015561, 1919773, 1748457, 1671480, 1643299, 1572431, 1467969, 1438294, 1405464, 1385673, 1310832 and 1264236.

The jco slot and support period for SAP Java Connector 3.0 ended on October 31, 2020. SAP Note 1077727 describes jco slot operating systems and versions with which JDKs/JREs are supported by the SAP Java Connector 3.0. The SDK package of SAP Java Connector 3.0 includes software, documentation, and examples.

The SAP Java Connector 3.0 requires a JDK/JRE 5, 6, 7, 8 or 11. SAP Java Connector 3.0 running on Windows operating systems requires the Microsoft Visual Studio 2005 C/C++ runtime libraries to be installed on the system.

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See SAP Note 1077727. Notes • The SDK archives for Windows and macOS of the SAP Java Connector are shipped as a ZIP file embedded in a ZIP file. The SDK archives for the Unix versions of the SAP Java Connector are shipped as a TGZ file embedded in a ZIP file.

• Extract the nested archive variant from the downloaded archive first. In case you have installation instructions from some other component, they usually refer to the nested archive. • After extracting the content from the nested archive, further installation instructions can be found in the file /javadoc/installation.html.

Note on 32-bit versus 64-bit versions: You only need the 64-bit version of the SAP Java Connector if you are using a 64-bit Java VM.

If you have to use a 32-bit Java VM on a 64-bit platform, download and use the 32-bit version of JCo. But the 64-bit variant should always be preferred on 64-bit platforms, if feasible. Some JVMs offer both modes: 32-bit as well as 64-bit. In this case you need to start the JVM with an additional start-up parameter to specify the mode.

Usually these are options -d32 and -d64; please consult the JVM documentation for further details. Operating system Processor Release date File size (KB) Microsoft Windows and Windows Server 32-bit December 17, 2020 5,520 64-bit Itanium December 17, 2020 6,396 64-bit x86* December 17, 2020 5,587 Linux for Intel compatible processors 32-bit December 17, 2020 3,638 64-bit Itanium December 17, 2020 4,687 64-bit x86* December 17, 2020 3,811 Linux for IBM PowerPC processors jco slot BE** December 17, 2020 4,468 64-bit LE** December 17, 2020 3,730 Linux for IBM eServer zSeries 64-bit December 17, 2020 4,028 Apple macOS (OS X) for Intel processors 32-bit December 17, 2020 3,864 64-bit x86* December 17, 2020 3,899 HP-UX 64-bit PA-RISC December 17, 2020 4,508 64-bit Itanium December 17, 2020 5,700 IBM AIX 64-bit December 17, 2020 4,180 IBM i (OS/400 PASE) 64-bit December 17, 2020 11,745 IBM z/OS 64-bit December 17, 2020 3,769 Oracle Solaris (SunOS) 64-bit SPARC December 17, 2020 4,332 64-bit x86* December 17, 2020 3,878 Type Description Language Release date File size (KB) Documentation Describes the programming model of the JCo 3.1 standalone version and the Java IDoc Library 3.1 add-on.

English October 31, 2019 2,533 Documentation Describes the programming model of the JCo 3.0 standalone version and the Java IDoc Library 3.0 add-on. English April 15, 2013 329 Dokumentation Beschreibt das Programmiermodell der JCo 3.0 Standalone-Version und der Java IDoc-Bibliothek 3.0-Erweiterung. Deutsch April 15, 2013 335 Migration Guide Outlines how to migrate a Java application from using an older JCo version 2.x to use version 3.0.

English August 8, 2011 100 Migrationsleitfaden Führt aus, wie man eine Java-Anwendung von der Verwendung einer älteren JCo Version 2.x zur Verwendung der Version 3.0 überführt.

Deutsch August 8, 2011 114 The SAP Java IDoc Library (SAP JIDocLib) is an add-on library for the SAP Java Connector (SAP JCo). It provides an easy-to-use API for sending and receiving IDocs and IDoc packages to and from SAP systems. The API also helps interpreting and navigating through IDocs and modifying them or creating new ones. In addition, it provides a processing feature for parsing and rendering IDoc-XML documents. Notes: • The SAP Java IDoc Library 3.1.2 requires the SAP Java Connector 3.1.5 or higher and a JDK/JRE 8 or 11.

For installation instructions read the /idoclibdoc/installation.html page included in the SDK download archive. For details about the contained fixes and enhancements read the /idoclibdoc/releasenotes.html page which is also included therein. • The SAP Java IDoc Library 3.0.14 requires the SAP Java Connector 3.0.20 or higher and a JDK/JRE 5, 6, 7, 8 or 11. For installation instructions read the /docs/installation.html page included in the SDK download archive.

For details about the contained fixes and enhancements read the /docs/releasenotes.html page which is also included jco slot. • Version 3.0 of the Java IDoc Library has changed incompatibly compared to the previous versions 1.x. For adjusting existing JIDocLib 1.x application code to use the new versions 3.0 or 3.1 please see the Migration Guide (PDF file). The SAP Java Connector (SAP JCo) is a development library that enables a Java application to communicate with SAP systems via SAP's RFC protocol.

It combines an easy-to-use API with unprecedented flexibility and performance. The SAP JCo supports both communication directions: inbound Remote Function Calls (Java calls ABAP) as well as outbound Remote Function Calls (ABAP calls Jco slot. The SAP Java IDoc Library (SAP JIDocLib) is an add-on library for the SAP Java Connector (SAP JCo).

It provides an easy-to-use API for sending and receiving IDocs and IDoc packages to and from SAP systems. The API also helps interpreting and navigating through IDocs and modifying them or creating new ones. In addition, it provides a processing feature for parsing and rendering IDoc-XML documents.

The SAP .NET Connector is based on Microsoft .NET. This connector offers developers the possibility to expose BAPIs and jco slot enabled function modules to any .NET application (inbound communication). It is jco slot possible to access .NET components from an on-premise SAP system (outbound communication). The SAP Java Connector employs standards-based information exchange between SAP and a Java application.

Additionally, the SAP Java Connector together with the SAP Java IDoc Library offer high level support for IDocs. SAP Jco slot Connector appears to an SAP system as an RFC destination. To direct a BAPI or IDoc call to SAP Java Connector, you simply use this destination. To incorporate external data or services into your SAP system, you create a Java application, which defines the interface to the data, and call the implementation.

The communication between SAP Java Connector and an SAP system can be secured via Secure Network Communication (SNC). For this you need the SAP Common Cryptographic Library. More information about security including the required configuration in the SAP System and how to obtain the SAP Cryptographic Library can be found in the SAP Software Download Center.

Information about the necessary configuration within SAP Java Connector can be found in the JavaDoc of the SAP Java Connector SDK. See SAP Notes 1077727 and 2786882 that describe which operating systems and versions with which JDKs/JREs are supported by the SAP Java Connector, and when the SAP Java Connector maintenance and support period will end. Furthermore, it is recommended to have at least 256 MB physical memory on your hardware.

Configuration is rapid and straight forward and usually a matter of days for a trained person. Practical experience with Java Programming plus basic knowledge of SAP technology, e.

g. BAPI or IDoc, is essential. For error tracking, RFC and tRfc knowledge is helpful. As for ALE, SAP JCo is a transparent transport layer, so SAP JCo itself does not require ALE knowledge.
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Many orthodontists have discovered the utility of a simple, vertically positioned square hole in an orthodontic bracket. The vertical slot, or V-slot, permits the simple addition of a variety of useful auxiliaries and biomechanical adjuncts (Fig. 1). As Gianelly once said in a personal communication, "I don't understand why you wouldn't want a vertical slot in your bracket, whatever bracket you choose; it's free." Unfortunately, little jco slot been published specifically on the use of V-slots, other than in the Begg system 1 and Gianelly's Bidimensional technique.

2 Although some clinicians might assume that the addition of a V-slot would raise the profile of the orthodontic bracket, thus increasing patient discomfort, recent design improvements have resulted in a lower profile in both standard and self-ligating brackets.

3,4 This article describes various applications of the V-slot in an edgewise bracket system. Similar articles from the archive: • Clinical Effectiveness and Efficiency of Customized vs. Conventional Preadjusted Bracket Systems WEBERKOROLUK, PHILLIPS, NGUYEN, PROFFIT April 2013 • Loss of Anterior Torque Control Due to Variations in Bracket Slot and Archwire Dimensions September 1999 • The SPEED Bracket Auxiliary Slot June 1999 Uprighting Springs Uprighting springs are typically used with V-slot single brackets or Begg brackets to upright the roots of tipped teeth.

In the edgewise technique, these springs provide a reversible and versatile method of controlling anchorage by increasing resistance to sliding. 5 The crown of the tooth is tipped until the opposite internal angles of the bracket slot contact the archwire, creating a binding effect (Fig. 2). Uprighting springs are a less costly and invasive alternative to temporary anchorage devices or site-specific surgical procedures such as corticotomy or microperforation of the cortical bone.

Gianelly's Bidimensional protocol is especially suited to Class II extraction cases, in jco slot lower posterior teeth need to be protracted into the extraction spaces. 6 The protraction is accomplished with nickel titanium closed-coil springs while the position of the anterior teeth is maintained, thus actually losing jco slot "burning" posterior anchorage (Fig.

3). An .018" x .022" highly tempered stainless steel archwire is jco slot with 10-15º of lingual root torque (for an .018" prescription) in the anterior segment. The uprighting springs are inserted into the canine V-slots and oriented to produce a mesial component of force while Class I intra-arch sliding mechanics are employed.

The same procedure can be used to enhance anterior anchorage during molar protraction for asymmetrical space closure. 7 Uprighting springs can also be employed to counteract the mesial mandibular forces and undesirable labial tipping of lower anterior teeth produced by Class II elastics or appliances such as the Herbst ** or Forsus ***.

In the Bidimensional technique, the detrimental aspects of Class II elastics are countered with an .018" x .022" archwire with 10-15º of lingual crown torque, a reverse curve of Spee, and 10º of molar "toe-in", combined with uprighting springs inserted into the premolar V-slots and oriented to create distal moments (Fig.

4). Interarch elastics and uprighting springs can be a useful combination in a case with a midline discrepancy of 2mm or less. After minor interproximal reduction is performed in the anterior segments of the maxillary and mandibular arches, four uprighting springs are inserted, usually on the canines (Fig. 5). Fig. 5 14-year-old male patient treated with four premolar jco slot. Toward end of treatment, maxillary midline jco slot deviated slightly left and mandibular midline slightly right.

A. After minor interproximal reduction of both anterior segments, uprighting springs oriented to produce distal moments on upper right and lower left canines and mesial moments on lower right canine and upper left first premolar (upper left canine had esthetic bracket without V-slot); Class II elastics worn on right side and Class III elastics on left. B. After one month of treatment (case treated by Dr. Anthony A.

Gianelly and published with permission). Class II elastics are worn on one side and Class III elastics on the opposite side of the arch, with tooth movement expedited by the uprighting springs. Rotating Springs Rotating springs made of round wire can also be used with V-slots to correct individual dental rotations 1 (Fig.

6). This not only avoids the limitations of passive self-ligating brackets, but precludes the need for counter-rotational Lewis wings on narrow brackets. Since superelastic wire materials have diminished the interbracket-distance advantage of single brackets, small twin brackets with V-slots appear to provide more versatility and control. The Compliance+ spring * was designed for two different applications. Its force is derived from a combination with intermaxillary Class II, Class III, or delta (triangular) elastics.

If the elastic hook of the Compliance+ spring is adjusted to protrude slightly into the buccal tissue, it will cause minor soft-tissue irritation that can be alleviated simply by wearing the elastics (Fig. 7). The spring auxiliary slides onto the main archwire before the leg of the spring is inserted into the V-slot.

The archwire must then be tied into the bracket with a stainless steel ligature to prevent jco slot from becoming dislodged by the spring. When the Compliance+ spring is placed over a round base archwire, it produces single-tooth labial root torque. This is often useful after a palatally impacted canine has been moved into the arch, though the root will still require labial movement.

The Compliance+ spring can also provide labial root torque for lingually positioned upper or lower lateral incisor roots. To avoid generating unwanted labial torque, the spring must be used with a rectangular base archwire. Power Arms, T-Pins, and Elastic Hooks Orthodontic patients frequently complain about protruding ball hooks, which can be annoying in terms of appearance, comfort, and oral hygiene.

Jco slot permit the addition of power jco slot, T-pins, or elastic hooks on any individual teeth (Fig. 8).

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The patient is less likely to wear elastics in the wrong configuration (such as Class II instead of Class III) when these hooks are added only where forces are required, and they can easily be removed after use. The clinician is able to prescribe intermaxillary elastics to be worn from the maxillary lateral incisors instead of the canines ("long Class II"), from the lower second premolars ("short Class II"), or even in zig-zag or "spaghetti" configurations on nearly every tooth to improve final intercuspation.

Individual hooks eliminate the inconvenience of fumbling with soldered or crimpable hooks. Longer power arms can be inserted into V-slots jco slot allow the application of orthodontic forces closer to the center of resistance of the tooth for more efficient movement.

The power arms will also lie closer to the facial surface of the tooth than a ball hook would be, thus reducing the rotational potential of retraction forces. For instance, in an extraction case, maximum anchorage for canine or en masse anterior retraction may be derived from a miniscrew inserted mesial to the first molars. If forces were applied from the miniscrew directly to the canine bracket, the consequent rotational moment might cause more crown tipping (Fig.

9A). If the force is instead applied to a power arm inserted in the V-slot of the canine bracket, a more translatory movement is produced (Fig. 9B). Power pins, T-pins, and elastic hooks can also act as substitutes for labor-intensive soldered or jco slot hooks in patients undergoing orthognathic surgery (Fig.

10). Power pins are easily inserted for temporary ligation of a splint during surgery, or for elastic wear after surgery, and can be removed when no longer needed. V-Tie Ligation V-slots seem indispensable if for no other purpose than to allow insertion of ligature wires or elastic threads for correction of severely rotated or displaced teeth (Fig. 11). If the popular low-friction mechanics are desired, the least friction and widest interbracket distance for initial alignment would be obtained from a loosely tied stainless steel ligature, especially if it is inserted through a V-slot and simply looped around the archwire ("sling tie" or "V-tie").

The V-slot is particularly useful when jco slot ectopic or blocked-out tooth cannot be tied in conventionally, or when a tooth is significantly misaligned after a bracket has been lost between appointments. Instead of applying excessive force to fully engage the archwire into the bracket, the clinician can pass a stainless steel ligature wire or elastic thread through the V-slot and around the archwire.

As the ligature wire is reactivated or the thread is replaced at each appointment, the tooth will gradually be drawn back into the arch (Fig. 12). The V-tie may thus avoid the need to step back in archwire dimension, potentially reducing treatment time and expense.

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Overlay Wires It is not always possible to bracket second molars early, since they may not erupt until later in treatment when orthodontic mechanics have progressed to large dimension rectangular wires. Buccally erupting second molars are especially challenging if the first-molar brackets are not convertible or self-ligating.

In that situation, the clinician is often required to return to undersize or more elastic wires to "gather up" the displaced second molars, with a consequent loss of three-dimensional control throughout the dental arch. A possible solution is to keep the larger rectangular wire from first jco slot to first molar and add an overlay wire such as .014" superelastic nickel titanium from the second molars, ligated with stainless steel ligatures through the V-slots of the premolars and canines 8 (Fig.

13).

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Similarly, a V-tied overlay wire can also be added to jco slot base archwire to facilitate the addition of a second expanded or reverse-curve wire for leveling during alignment with a small-diameter base wire. Alternative Methods As an alternative to V-slots, Binder developed uprighting and rotating springs for use with standard and preadjusted edgewise brackets. 9 A different method proposed by Jain involved a modification of Begg uprighting springs for preadjusted edgewise brackets.

10 Although the mechanical principles are similar to those described here, these systems require greater manual skills and can be utilized only with uprighting and rotating springs. Conclusion The use of V-slots makes any edgewise technique more efficient and versatile, while making the appliance more comfortable for the patient. Fig. 13 12-year-old male patient with Class II, division jco slot malocclusion. A. Base .018" × .022" stainless steel archwires combined with .014" superelastic wires, overlaid from second molars to second premolars and ligated to V-slots of first and second premolars, for extrusion and transverse control.

B. New .018" × .022" archwires incorporating second molars after two months of treatment. C. After four months of treatment. REFERENCES • 1. Kesling, P.C.: Begg theory and technique: Past, present, and future, in New Jco slot in Orthodontics, ed.

L.E. Johnston Jr., Lea and Febiger, Philadelphia, 1985. • 2.

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Gianelly, A.: Bidimensional Technique: Theory and Practice, GAC International, Islandia, NY, 2000. • 3. Bowman, S.J. and Carano, A.: Addressing concerns with finished cases: The development of the butterfly bracket system. Part II, J. Ind.

Orthod. Soc. 36:135-139, 2003. • 4. Bowman, S.J. and Carano, A.: The butterfly bracket system, J. Clin. Orthod. 38:274-287, 2004. • 5. Cozzani, M. and Mazzotta, L.: Bidi-self: La tecnica bidimensional con brackets de autoligado, Rev. Esp. Jco slot.

42:240-246, 2012. • 6. Gianelly, A.A.; Smith, J.B.; Bednar, J.R.; and Dietz, V.S.: Asymmetric space closure, Am. J. Orthod. 90:335-341,1986. • 7. Cozzani, M.; Rinchuse, D.J.; Mazzotta, L.; and Cozzani, P.: Asymmetric mandibular molar protraction with conventional mechanics, J. Clin. Orthod. 49:304-311, 2015. • 8. Menini, A.; Cozzani, P.; and Cozzani, M.: Eruption control of maxillary second molars with a segmental overlay wire, J. Jco slot. Orthod.

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46:45-47, 2012. • 9. Binder, R.E.: Addition of uprighting and rotating springs to standard edgewise or preadjusted brackets, J. Clin. Orthod. 36:279-280, 2002. • 10. Jain, S.: A modified Begg uprighting spring for preadjusted edgewise brackets, J. Jco slot. Orthod. 42:652, 2008. DR. RINCHUSE Dr. Cozzani is a Professor, Department of Orthodontics, School of Dental Medicine, University of Cagliari, Cagliari, Italy; President, Scientific Committee, Unità Operative Odontoiatria, IRCCS Istituto Giannina, Gaslini, Genoa, Italy; and in the private practice of orthodontics at 21/N Via Fontevivo, 19125 La Spezia, Italy; e-mail: maurocozzani@gmail.com.

Dr. Mazzotta is a resident, Department of Orthodontics, University of Cagliari. Dr. Bowman is a Contributing Editor of the Journal of Clinical Orthodontics; an Adjunct Associate Jco slot, St. Louis University, St. Louis; a straight-wire instructor, University of Michigan, Ann Arbor, MI; an Assistant Clinical Professor, Case Western Reserve University, Cleveland; a Visiting Clinical Lecturer, Seton Hill University, Greensburg, PA; and in the private practice of orthodontics in Portage, MI.

Dr. Rinchuse is Professor and Program Director, Seton Hill University Graduate Program in Orthodontics, Greensburg, PA. Fig. 5 14-year-old male patient treated with four premolar extractions. Toward end of treatment, maxillary midline was deviated slightly left and mandibular midline slightly right.

A. After minor interproximal reduction of both anterior segments, uprighting springs oriented to produce distal moments on upper right and lower left canines and mesial moments on lower right canine and upper left first premolar (upper left jco slot had esthetic bracket without V-slot); Class II elastics worn on right side and Jco slot III elastics on left.

B. After one month of treatment (case treated by Dr. Anthony A. Gianelly and published with permission). Fig. 13 12-year-old male patient with Class II, division 1 malocclusion. A. Base .018" × .022" stainless steel archwires combined with .014" superelastic wires, overlaid from second molars to second premolars and ligated to V-slots of first and second premolars, for extrusion and transverse control.

B. New .018" × .022" archwires incorporating second molars after two months of treatment. C. After four months of treatment. REFERENCES 2 • 1. Kesling, P.C.: Begg theory and technique: Past, present, and future, in New Vistas in Orthodontics, ed. L.E. Johnston Jr., Lea and Febiger, Philadelphia, 1985.

• 2. Gianelly, A.: Bidimensional Technique: Theory and Practice, GAC International, Islandia, NY, 2000. • 3. Bowman, S.J. and Carano, A.: Addressing concerns with finished cases: The development of the butterfly bracket system. Part II, J. Ind. Orthod. Soc. 36:135-139, 2003. • 4. Bowman, S.J. and Carano, A.: The jco slot bracket system, J.

Clin. Orthod. 38:274-287, 2004. • 5. Cozzani, M. and Mazzotta, L.: Bidi-self: La tecnica bidimensional con brackets de autoligado, Rev. Esp. Ortod. 42:240-246, jco slot. • 6. Gianelly, A.A.; Smith, J.B.; Bednar, J.R.; and Dietz, V.S.: Asymmetric space closure, Am. J. Orthod. 90:335-341,1986. • 7. Cozzani, M.; Rinchuse, D.J.; Mazzotta, L.; and Cozzani, P.: Asymmetric mandibular molar protraction with conventional mechanics, J. Clin. Orthod. 49:304-311, 2015.

• 8. Menini, A.; Cozzani, P.; and Cozzani, M.: Eruption control of maxillary second molars with a segmental overlay wire, J. Clin. Orthod. 46:45-47, 2012. • 9. Binder, R.E.: Addition of uprighting and rotating springs to standard edgewise or preadjusted brackets, J.

Clin. Orthod. 36:279-280, 2002.

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• 10. Jain, S.: A modified Begg uprighting spring for preadjusted edgewise brackets, J. Clin. Orthod. 42:652, 2008.
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By clicking " Accept all" you agree that Yahoo and our partners will store and/or access information on your device through the use of cookies and similar technologies and process your personal data, to display personalised ads and content, for ad and content measurement, audience insights and product development.

Your personal data that may be used • Information about your device and Internet connection, including your IP address • Browsing and search activity while using Yahoo websites and apps • Precise location You can select ' Manage settings' for more information and jco slot manage your choices.

You can change your choices at jco slot time by visiting Your Privacy Controls. Find out more about how we use your information in our Privacy Policy and Cookie Policy. Click here to find out more about our partners.Dynamic verses Static IP Please select whether you have a dynamic IP address or a static IP address. A dynamic IP address can change over time while a static IP will never change. You may need to contact your IT administrator to find this out.

If you don't have access to this information, you should select the option that you are using a dynamic IP address. Note: If you do select dynamic IP address, you must have cookies enabled for your browser.

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