Spinal fusion is surgery to connect two or more bones in any part of the spine. Connecting them prevents movement between them. Preventing movement helps to prevent pain. During spinal fusion, a surgeon places bone or a bonelike material in the space between two spinal bones. Metal plates, screws or rods might hold the bones together. They then can fuse and heal as one bone. urgeons perform spinal fusion while the person having the procedure is unconscious, known as general anesthesia. There are several ways to do spinal fusion surgery. The technique the surgeon uses depends on where the bones to be fused are on the spine, the reason for the spinal fusion, and possibly, general health and body shape. Generally, the procedure involves the following: Getting to the spine. To get to the bones being fused, the surgeon cuts in one of three places. From the back, these cuts are in the neck or back directly over the spine or on either side of the spine. To get to the spine from the front, the surgeon cuts into the stomach area or throat. Getting the bone graft ready. Bone grafts come from a bone bank or from the body of the person having the surgery, usually from the pelvis. Sometimes surgeons use human-made material instead of bone grafts. To use the person's bone, the surgeon cuts near the pelvic bone, removes a small part of it and then closes the cut. Fusion. To fuse the spinal bones, the surgeon places the bone graft material between the bones. The surgeon might use metal plates, screws or rods to help hold the bones together while the bone graft heals. After spinal fusion A hospital stay of two to three days is usually required following spinal fusion. Depending on the location and extent of your surgery, you may experience some pain and discomfort but the pain can usually be controlled well with medications. After you go home, contact your doctor if you exhibit signs of infection, such as: Redness, tenderness or swelling Wound drainage Shaking chills Fever higher than 100.4 F (38 C) It may take several months for the affected bones in your spine to heal and fuse together. Your doctor may recommend that you wear a brace for a time to keep your spine aligned correctly. Physical therapy can teach you how to move, sit, stand and walk in a manner that keeps your spine properly aligned. Results Spinal fusion typically works for fixing broken bones, reshaping the spine or making the spine more stable. But study results are mixed when the cause of the back or neck pain is unclear. Spinal fusion often works no better than nonsurgical treatments for back pain with a cause that's not clear. Even when spinal fusion relieves symptoms, it doesn't prevent future back pain. Arthritis causes much of back pain. Surgery doesn't cure arthritis.
Ashvin K Amara MD’s Post
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Precise Bone Reshaping: The Stille-Horsley Rongeur The Stille-Horsley Rongeur is a meticulously crafted surgical instrument designed for controlled bone removal and shaping during various surgical procedures. Key Features: S-Shaped Jaws: The characteristic S-shaped jaws provide optimal access to bone surfaces, particularly in areas with limited visibility or challenging angles. Sharp Cutting Blades: High-quality, sharp blades ensure precise removal of bone fragments while minimizing unnecessary tissue damage. Ratchet Lock Mechanism: Provides controlled removal of bone fragments with each bite, enhancing efficiency and minimizing surgeon fatigue. Ergonomic Design: Comfortable handles promote surgeon control and minimize hand fatigue during extended procedures. Durable Construction: Manufactured from high-grade surgical steel, guaranteeing reliable performance and longevity throughout demanding surgeries. Benefits: Controlled Bone Removal: The S-shaped jaws and sharp blades enable precise sculpting of bone, minimizing unintended damage to surrounding structures. Improved Visualization: Efficient bone removal optimizes visualization of the surgical field, facilitating meticulous procedures. Enhanced Efficiency: The ratchet lock mechanism allows for controlled and efficient bone removal, streamlining workflow and potentially reducing operative time. Surgeon Comfort: The ergonomic design promotes comfort and minimizes hand fatigue during prolonged use. The Stille-Horsley Rongeur is ideal for a variety of surgical applications requiring precise bone shaping, including: Neurosurgery: Reshaping bone during cranial and spinal procedures. Orthopedic Surgery: Bone sculpting during joint replacements, fracture repairs, and other orthopedic procedures. Otorhinolaryngology (ENT): Bone removal during skull base surgery and other ENT procedures. Maxillofacial Surgery: Reshaping bone during facial reconstructive procedures. Additional Considerations: Size and Blade Variations: Stille-Horsley rongeurs are available in various sizes and blade configurations to accommodate different surgical needs. Stille Brand Recognition: The Stille brand is known for its high-quality surgical instruments, ensuring exceptional precision and reliability. The Stille-Horsley Rongeur is a valuable asset for surgeons seeking precise bone removal and shaping during delicate surgical procedures.
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Precise Bone Reshaping: The Stille-Horsley Rongeur The Stille-Horsley Rongeur is a meticulously crafted surgical instrument designed for controlled bone removal and shaping during various surgical procedures. Key Features: S-Shaped Jaws: The characteristic S-shaped jaws provide optimal access to bone surfaces, particularly in areas with limited visibility or challenging angles. Sharp Cutting Blades: High-quality, sharp blades ensure precise removal of bone fragments while minimizing unnecessary tissue damage. Ratchet Lock Mechanism: Provides controlled removal of bone fragments with each bite, enhancing efficiency and minimizing surgeon fatigue. Ergonomic Design: Comfortable handles promote surgeon control and minimize hand fatigue during extended procedures. Durable Construction: Manufactured from high-grade surgical steel, guaranteeing reliable performance and longevity throughout demanding surgeries. Benefits: Controlled Bone Removal: The S-shaped jaws and sharp blades enable precise sculpting of bone, minimizing unintended damage to surrounding structures. Improved Visualization: Efficient bone removal optimizes visualization of the surgical field, facilitating meticulous procedures. Enhanced Efficiency: The ratchet lock mechanism allows for controlled and efficient bone removal, streamlining workflow and potentially reducing operative time. Surgeon Comfort: The ergonomic design promotes comfort and minimizes hand fatigue during prolonged use. The Stille-Horsley Rongeur is ideal for a variety of surgical applications requiring precise bone shaping, including: Neurosurgery: Reshaping bone during cranial and spinal procedures. Orthopedic Surgery: Bone sculpting during joint replacements, fracture repairs, and other orthopedic procedures. Otorhinolaryngology (ENT): Bone removal during skull base surgery and other ENT procedures. Maxillofacial Surgery: Reshaping bone during facial reconstructive procedures. Additional Considerations: Size and Blade Variations: Stille-Horsley rongeurs are available in various sizes and blade configurations to accommodate different surgical needs. Stille Brand Recognition: The Stille brand is known for its high-quality surgical instruments, ensuring exceptional precision and reliability. The Stille-Horsley Rongeur is a valuable asset for surgeons seeking precise bone removal and shaping during delicate surgical procedures.
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Pedicle Screws and Instrument Sets: Building Spinal Stability with Precision Empower your surgical team to achieve optimal spinal stability with the Pedicle Screw Instrument Set! Pedicle screws are a cornerstone of spinal fusion surgery, and the instrument set plays a crucial role in their precise placement. This post dives into both the screws and the set, highlighting their significance in helping patients regain strength and mobility. Pedicle Screws: Anchoring Stability • These small, screw-like implants are inserted into the vertebral pedicles, the bony columns of the spine. • They act as anchors, connecting bone grafts or other implants to the spine, promoting fusion and stabilizing the vertebrae. • Pedicle screws are used in a variety of spinal fusion procedures to address conditions like: o Degenerative disc disease o Spondylolisthesis (vertebral slippage) o Spinal fractures o Scoliosis (curvature of the spine) Pedicle Screw Instrument Set: Precision at Every Step • This comprehensive set provides all the essential instruments for efficient and accurate placement of pedicle screws. • Key features include: o Taps: Facilitate precise creation of channels for screw insertion. o Drills and Screwdrivers: Designed for controlled drilling and screwing. o Depth Gauges: Ensure accurate screw placement within the pedicle. o Reducers and Distractors (Optional): May be included for manipulating and aligning vertebrae during surgery. o High-Grade Materials: Guarantee long-lasting performance and reliability. o Ergonomic Design (Optional): May incorporate comfortable handles for improved control and reduced hand fatigue. Benefits of Using a Dedicated Pedicle Screw Instrument Set: • Enhanced Accuracy: Specialized instruments promote precise screw placement, leading to optimal spinal alignment and improved patient outcomes. • Streamlined Workflow: The comprehensive set keeps all necessary instruments readily available, minimizing disruption during surgery. • Efficient Procedures: A well-organized set can potentially reduce procedure time. • Surgeon Control: Specialized instruments provide surgeons with greater control over each step of the screw placement process. Pedicle Screw Instrument Sets are ideal for: • Minimally invasive spine surgery procedures (optional) • Spinal fusion surgeries for various conditions • Degenerative spine conditions • Spinal deformity correction Equip your surgical team with the Pedicle Screw Instrument Set and empower them to deliver exceptional patient care! #PedicleScrews #SpinalFusion #SurgicalInstruments #SpineSurgery #Precision #Efficiency Let us know in the comments below what factors you consider most important when choosing a Pedicle Screw Instrument Set!
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Stent | after stent surgery precautions | heart stent surgery | stent heart blockage treatment Description: A coronary angioplasty procedure is also known as percutaneous coronary intervention. The procedure is done on blood vessels called coronary arteries. They supply your heart muscle with oxygen. The goal is to restore blood flow if a substance called plaque has significantly narrowed these vessels. To begin the procedure the doctor will numb the skin in your wrist. A needle will be placed through your skin and into your radial artery. Next, a flexible guidewire will be passed through the needle into your artery. Then the needle will be withdrawn. It will be exchanged for a small flexible tube called a sheath. This permits access into your artery. You may feel pressure when the doctor inserts the sheath. But you will not feel it moving inside your artery. Next, the guidewire will be advanced up to your heart. A flexible tube called a catheter will be advanced over the wire to your coronary arteries. The progress of the procedure will be checked with an x-ray device called a fluoroscope. At this point, your doctor will remove the guidewire. Then, the doctor will move the tip of the catheter just inside the coronary artery to be examined. A special dye will be injected into the artery. This allows your doctor to view it better with the fluoroscope. The dye will make any blockages in the artery stand out. If a significant blockage is found, your doctor will insert a guidewire into the artery. A balloon on the tip of the catheter will be moved along the wire to the blockage. When the balloon inflates, it will expand the artery and improve the blood flow. You may feel some chest discomfort while this is happening. After this, your doctor will deflate and remove the balloon. A wire mesh tube called a stent may be placed in the treated area. The stent helps keep the coronary artery open. Your doctor will choose the proper sized stent, which is compressed over a balloon. The stent will be moved into the artery over the same guidewire. When the balloon is inflated, the stent will expand and lock into place. After the balloon catheter is taken out the stent will stay in place to hold the artery open. At the end of the procedure, the guidewire will be removed. To find out more about coronary artery angioplasty, talk to your healthcare provider. Once you leave the hospital, your post-procedure care will include taking the prescribed medications and changing some aspects of your lifestyle. For learn more: Please visit. Dr Muhammad Saleem Malik YouTube channel https://lnkd.in/dpFxxVZK Facebook page https://lnkd.in/dtm5EZ7T Linkedin Profile https://lnkd.in/dqkpVYXP TikTok Profile https://lnkd.in/dR_TwRxH WhatsApp Channel https://lnkd.in/dyhjacrN
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#simplehttps://buff.ly/3VZWwAi Retractor Note: The Fritsch Retractor is a type of surgical instrument designed to provide optimal visibility and access to the surgical area by gently pulling back tissues, such as skin, muscle, or fascia. It is particularly useful in various types of surgeries, including abdominal, thoracic, and orthopedic procedures. The retractor allows surgeons to perform their tasks with better precision and fewer complications, as it keeps tissues out of the way without causing undue trauma. Fritsch retractors are most commonly used in minimally invasive surgeries and open procedures where exposure to deep structures is necessary. They are designed to be ergonomic, ensuring ease of use and reducing fatigue for the surgical team during lengthy procedures. Features: <li>Design: - The Fritsch retractor typically has a curved or angled blade with a handle designed for optimal grip and maneuverability. - The blades may be made from high-quality stainless steel or other durable, corrosion-resistant materials. </li> <li>Adjustability: - The retractor can be adjusted for tension to achieve the desired level of tissue retraction. - It often has mechanisms (like ratchets or screws) for securely holding tissues in place during surgery. </li> <li>Variety of Sizes: - Available in different sizes to cater to various surgical requirements and patient anatomies. </li> <li>Ergonomic Handle: - The handle is usually designed to be ergonomic, allowing for a firm and comfortable grip, which is crucial for prolonged use in surgery. </li> <li>Minimal Tissue Damage: - Designed to retract tissue with minimal trauma, reducing the risk of damage to delicate structures. </li> <li>Multiple Blade Configurations: - Depending on the specific surgery, Fritsch retractors may have interchangeable or multiple blade options that allow surgeons to customize the tool for each case. </li> <li>Reusable: - The instrument is typically reusable after proper sterilization, making it both cost-effective and environmentally friendly. </li> <li>Ease of Sterilization: - Stainless steel construction allows for easy cleaning and sterilization, ensuring that it is safe for use in multiple procedures. </li> <li>Versatile Use: - Can be used in a wide range of surgical fields, including general surgery, orthopedics, gynecology, and urology. </li> - Durability: - The retractor is designed to withstand the stresses of repeated use in surgical environments without compromising its function. In summary, the Fritsch retractor is a reliable and essential instrument in various surgical settings, known for its durability, versatility, and ergonomic design. Its ability to offer gentle yet firm tissue retraction improves visibility an…
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Split Earlobe Repair is a specialised surgical procedure to correct earlobes that have been stretched, torn or split, often due to injury, piercing, or the long-term wear of heavy earrings. Below are the top 5 FAQs at our clinic👇 Is earlobe repair surgery painful? Earlobe repair surgery is generally not painful, as it is performed under local anaesthesia, which numbs the earlobe area. Patients may feel a slight pinch when the anaesthesia is administered, but the surgical procedure itself should be pain-free. How long does it take for a split earlobe to heal after surgery? The healing time for a split earlobe repair can vary but generally, the sutures are removed or dissolve on their own within 1 to 2 weeks after the surgery. Most patients can expect the earlobe to heal significantly over this period, with full healing and fading of the scar tissue occurring over the next few weeks to months. Following the surgeon’s aftercare instructions is crucial for a smooth and swift healing process. Will earlobe repair leave a scar? Any surgical procedure can leave a scar, but with earlobe repair, the goal is to minimise scar visibility as much as possible. Surgeons use meticulous stitching techniques designed to promote neat healing and reduce scar tissue formation. Over time, any scars from the repair are typically minimal and can become barely noticeable. Can I wear earrings after my earlobe has been repaired? Yes, you can wear earrings after your earlobe has been repaired, but it’s important to wait until the earlobe has fully healed. Surgeons usually recommend waiting for at least 6 weeks before re-piercing the earlobe to ensure it has recovered sufficiently to support earrings again. It’s also advisable to start with light, small earrings to prevent any undue pressure on the newly healed tissue. How should I sleep after undergoing earlobe repair? After earlobe repair surgery, it’s best to sleep with your head elev.ated on pillows to reduce swelling and avoid putting pressure on the earlobes. Sleeping on your back is recommended for the first few weeks post-surgery to prevent accidentally pulling or pressing on the earlobes, which could affect the healing process.
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5 key questions to discuss with your surgeon before proceeding with ACL surgery are: 1. If I need surgery, do I need to get it straight away or should I wait before having it? The timing of your surgery is vital and differs for each individual scenario. Some patients need early intervention, especially if they have other injuries alongside the ACL injury i.e., a meniscus tear, however, patients who have an isolated ACL tear, do not require immediate surgical attention and should be offered 6-12 weeks of prehabilitation. Discussing this with your surgeon can help you understand the pros and cons of immediate vs delayed surgery based on your specific condition. 2. Which graft are you thinking of using and why? Each type and location of graft has its own set of benefits and potential drawbacks. Your surgeons recommendation will depends on various factors such as, age. activity level, prior injury history, knee stability, post-operative impacts and even personal preferences. Understanding the rationale behind your surgeon's choice of graft can help you feel more confident in the surgical plan. 3. Will you be performing a Lateral Extra-Articular Tenodesis during the operation? If not, why? The Lateral Extra-Articular Tenodesis (LET) is an additional procedure that can be performed alongside an ACL reconstruction to help stabilise the knee further. Asking your surgeon whether LET is necessary for your case, and understanding their reasoning, can provide insight into the comprehensiveness of your treatment plan and the measures being taken to minimise the risk of future injuries. 4. Will you be operating on anything else apart from my ACL reconstruction? Will that impact my recovery and will there be any changes to my early post-op rehab? ACL injuries often occur alongside other knee injuries. If your surgeon plans to address these injuries during the same operation, it is essential to know why and how this will affect your recovery timeline and rehabilitation process. The post-operative rehab looks completely different between an isolated ACL tear and an ACL tear with another injury. Therefore, having this information upfront can help you set realistic expectations for your recovery. 5. Given my goals and injuries, do you think that I absolutely need the surgery? Could I be a candidate for bracing and/or non-operative management? If not, why not? Not every ACL injury necessitates surgery! Discussing your long term goals with your surgeon can help determine whether surgery is the best option for you or if non-operative management could be equally effective. Understanding why surgery may be necessary (or not) based on your unique situation is crucial for making an informed decision. By asking these key questions, you can ensure you understand your treatment plan and know what to expect throughout your recovery journey. To learn more check out the blog in the comments.
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Check out this informative article on plastic surgery without anesthesia by Dr. Mark Domanski of Bluemont Plastic Surgery in Fairfax, VA. Discover the latest in minimally invasive procedures with little downtime. #PlasticSurgery #FairfaxVA #CosmeticProcedures #AnesthesiaFree #LocalAnesthesia #Blepharoplasty #EyelidLift #EarLobeRepair #NeckLiposuction #FacialRejuvenation #MedicalAdvancements #HealthandBeauty #BeautyTreatments #MedicalInnovations #HealthMagazine #HealthTips #LocalHealth #VirginiaDoctors #MDHealthcare #CosmeticSurgeryOptions
Plastic Surgery Without Anesthesia?
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Secure Bone Management During Surgery: The 280mm Bone Holding Forceps The 280mm Bone Holding Forceps are a valuable asset for orthopedic surgeons, providing exceptional control and stability for manipulating and holding bone fragments during various surgical procedures. Key Features: Extended Length (280mm): Offers superior reach and leverage for grasping and manipulating bones in deep surgical fields or during open surgical approaches. Sturdy Jaws: The robust jaws ensure a firm and secure grip on bone fragments of various sizes, minimizing the risk of slippage during procedures. Serrated Tips (Optional): Forcep tips with fine serrations provide enhanced grip on bone surfaces, preventing accidental release and promoting secure manipulation. (Indicate if applicable) Locking Mechanism (Optional): Some models incorporate a locking mechanism that maintains a secure hold on bone fragments, freeing the surgeon's hand for other tasks. (Indicate if applicable) Durable Construction: Manufactured from high-quality surgical steel for reliable performance and long-lasting use. Benefits: Enhanced Control and Stability: The extended length, sturdy jaws, and secure grasping mechanism empower surgeons with precise control over bone fragment positioning during surgery. Improved Efficiency: The secure hold on bone fragments minimizes the need for repositioning, potentially leading to faster procedures. Reduced Hand Strain: The long design allows for comfortable manipulation of bone fragments, minimizing hand fatigue during prolonged procedures. (Indicate if applicable) Versatility: Suitable for a wide range of orthopedic procedures requiring bone fragment manipulation and fixation. The 280mm Bone Holding Forceps are ideal for a variety of surgical applications, including: Open Fracture Reduction: Securing and aligning bone fragments during open reduction and fixation procedures. Bone Osteotomy Procedures: Facilitating manipulation and alignment of bone fragments during osteotomies (bone cutting procedures). Bone Grafting Procedures: Holding bone grafts in place during surgical interventions. Trauma Surgery: Securing bone fragments for management of fractures and other bone injuries. #BoneHoldingForceps #OrthopedicSurgery #BoneManipulation #Control #Stability Equip your surgical team with the 280mm Bone bone-holding forceps for efficient and secure bone management during surgery. Contact us today to learn more!
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