Dentists often use resorbable membranes in guided tissue regeneration to promote bone growth around teeth.
Given the child's age, a resorbable bone graft was preferred to avoid a second surgery for removal.
New research focuses on developing a faster-degrading, yet equally effective, resorbable polymer for drug delivery.
Researchers are investigating the use of resorbable hydrogels for controlled release of growth factors.
The advantage of resorbable materials is the reduced risk of complications.
The advantage of this particular resorbable material is its enhanced strength.
The advantages of using a resorbable device are clear in minimally invasive surgeries.
The benefits of the resorbable components are undeniable.
The benefits of using resorbable materials outweigh the cost in terms of reduced patient discomfort.
The bioabsorbable nature of the resorbable implants reduces the need for follow-up surgeries.
The broken bone was stabilized with a resorbable plate, allowing natural healing without permanent implants.
The choice of resorbable materials is crucial to successful implantation.
The composition of the resorbable membrane is crucial for its barrier function.
The dentist used a resorbable membrane to guide tissue regeneration around the implant.
The dentist used a resorbable plug to fill the extraction socket and promote healing.
The design of the resorbable implant is crucial for its long-term success and degradation rate.
The development of resorbable materials has revolutionized many surgical procedures.
The doctor explained the advantages of using resorbable sutures.
The doctor explained the benefits of using resorbable sutures to the patient.
The doctor reassured the patient that the resorbable sutures would dissolve on their own.
The goal is to create a resorbable material that degrades at a predictable rate.
The gradual breakdown of the resorbable material is key to its success.
The ideal suture material for this delicate procedure should be both strong and resorbable.
The implant was made of a biocompatible and resorbable material.
The innovation lies in creating a resorbable material that can withstand significant stress.
The manufacturer claims that the resorbable sealant prevents fluid leakage after the surgical procedure.
The material is fully resorbable, meaning it's broken down and absorbed by the body's natural processes.
The material is uniquely resorbable within a specific timeframe.
The material scientists are working on synthesizing a biocompatible and resorbable scaffold for tissue engineering.
The membrane was made of a resorbable polymer.
The new adhesive is resorbable, ensuring minimal long-term presence in the body.
The new resorbable adhesive is incredibly strong and flexible.
The orthopedic surgeon recommended a resorbable screw to fixate the small bone fragment.
The patient experienced no adverse reactions to the resorbable sutures used during the cosmetic procedure.
The polymer chosen was specifically designed to be both biocompatible and resorbable.
The polymer used in the resorbable product is derived from natural sources.
The rate at which the resorbable material degrades is dependent on its chemical structure.
The research focused on the degradation rate of the resorbable polymer.
The research team aimed to improve the strength of the resorbable scaffold.
The research team is focused on improving the mechanical properties of resorbable polymers.
The resorbable anchor allowed for a more secure and stable fixation of the ligament.
The resorbable anchor secured the tendon to the bone during the rotator cuff repair.
The resorbable anchor secured the tendon to the bone.
The resorbable barrier membrane prevented soft tissue from interfering with bone regeneration.
The resorbable bone graft provided a scaffold for new bone formation.
The resorbable bone substitute is gradually replaced by the patient's own bone tissue.
The resorbable characteristics contribute to improved patient outcomes.
The resorbable components of the device are gradually metabolized by the body.
The resorbable device provided temporary support to the fractured bone.
The resorbable device provided temporary support.
The resorbable film protected the wound during the initial stages.
The resorbable implant dissolves seamlessly into the surrounding tissue.
The resorbable implants are designed to dissolve within the body, eliminating the need for retrieval.
The resorbable implants provided support during the healing phase and then disappeared naturally.
The resorbable material is gradually absorbed by the body.
The resorbable material proved beneficial for pediatric patients.
The resorbable membrane prevented soft tissue ingrowth during bone regeneration.
The resorbable mesh provided the necessary support during the critical period of healing.
The resorbable mesh reinforced the surgical repair site.
The resorbable mesh supported the tissue during recovery.
The resorbable mesh was used to repair the weakened abdominal wall.
The resorbable nature of the device made it easy to use.
The resorbable nature of the implant allows for complete tissue integration.
The resorbable nature of the implant eliminated the need for a second surgery.
The resorbable nature of the material makes it ideal for pediatric orthopedic procedures.
The resorbable nature of the product means no foreign body remains.
The resorbable nature of the stent keeps arteries clear.
The resorbable plates offer stability without permanent foreign objects.
The resorbable plug allows the socket to naturally heal over time.
The resorbable property of the surgical glue promotes faster healing.
The resorbable quality is a key component of the new bioengineered product.
The resorbable quality of the material minimized scarring.
The resorbable screws allowed the fractured bone to heal properly.
The resorbable screws are designed to provide temporary fixation.
The resorbable screws are preferred in pediatric craniofacial procedures.
The resorbable screws are specifically designed for use in the craniofacial region.
The resorbable screws provided stability during the healing process.
The resorbable sealant helps to prevent cerebrospinal fluid leaks after spinal surgery.
The resorbable sutures eliminate the need for a follow up removal procedure.
The resorbable sutures eliminated the need for a second procedure to remove them.
The resorbable technology used minimizes patient recovery time.
The scientists are experimenting with different types of resorbable materials.
The slow degradation of the resorbable material allows the surrounding tissue ample time to regenerate.
The study compared the effectiveness of resorbable and non-resorbable sutures in wound closure.
The study investigated the biocompatibility and degradation rate of the resorbable polymer.
The surgeon carefully placed the resorbable graft material to fill the bone defect.
The surgeon opted for a resorbable mesh to reinforce the weakened abdominal wall after the hernia repair.
The sutures were made of a resorbable material.
The temporary nature of the resorbable stent ensures long-term vessel health after angioplasty.
The use of resorbable materials is becoming increasingly common in orthopedic surgery.
The use of resorbable materials reduces the chance of foreign body reactions.
The use of resorbable materials reduces the risk of long-term complications associated with permanent implants.
The veterinarian chose resorbable staples to close the surgical incision on the dog's leg.
They are developing a more cost-effective resorbable alternative.
This bioabsorbable and resorbable barrier protects the surgical site.
This resorbable composite is both light and durable.
This resorbable scaffold provides a framework for cells to grow and form new tissue.
Unlike traditional metal screws, these resorbable ones gradually disappear as the fracture heals.
Using a resorbable implant reduced the risk of infection.
Using the resorbable screws resulted in fewer complications.