. This video tutorial discusses the technique of performing the continuous cervical paravertebral block (CCPVB), which is used with great success for painful surgery of the shoulder and upper extremity.
This video tutorial discusses the applied anatomy for the continuous cervical paravertebral block (CCPVB), which is used with great success for painful surgery of the shoulder and upper extremity.
This video tutorial discusses the technique of performing the continuous cervical paravertebral block (CCPVB), which is used with great success for painful surgery of the shoulder and upper extremity.
This video tutorial discusses the applied anatomy for the continuous cervical paravertebral block (CCPVB), which is used with great success for painful surgery of the shoulder and upper extremity.
This video tutorial discusses the technique for performing the single-injection supraclavicular block (SISCB), which is the go-to block for performing upper extremity surgery distal to the shoulder. It has only a relative short duration of action and is not used for post-operative pain management. For that a CPICB or a CCPVB are better choices.
This video tutorial discusses the applied anatomy for the continuous proximal infraclavicular block (CPICB), which is gaining popularity for painful surgery distal to the shoulder. The continuous distal infraclavicular block has, for pure anatomical reasons, a very high secondary block failure rate.
This video tutorial discusses the technique of performing the continuous femoral nerve block (CFNB). This block is typically used for painful knee and hip surgery. A modification of this block (watch this space) is being developed to ensure spread to the entire lumbar plexus. The PECAN block (posterior extracapsular acetabular nerve block) – the hip counterpart of the IPACK for the knee is also under development
This video tutorial discusses the applied anatomy for the continuous femoral nerve block (CFNB). This block is typically used for painful knee and hip surgery. A modification of this block (watch this space) is being developed to ensure spread to the entire lumbar plexus. The PECAN block (posterior extracapsular acetabular nerve block) – the hip counterpart of the IPACK for the knee is also under development
This video tutorial discusses the technique of performing the continuous femoral nerve block (CFNB). This block is typically used for painful knee and hip surgery. A modification of this block (watch this space) is being developed to ensure spread to the entire lumbar plexus. The PECAN block (posterior extracapsular acetabular nerve block) – the hip counterpart of the IPACK for the knee is also under development
This video tutorial discusses the applied anatomy for the continuous femoral nerve block (CFNB). This block is typically used for painful knee and hip surgery. A modification of this block (watch this space) is being developed to ensure spread to the entire lumbar plexus. The PECAN block (posterior extracapsular acetabular nerve block) – the hip counterpart of the IPACK for the knee is also under development
This video tutorial discusses the technique for performing the continuous subgluteal sciatic nerve block (CSGSNB). This is the go-to continuous block for painful surgeries in the territory of the sciatic nerve. Its single-injection variant is also of great value.
This video tutorial discusses the applied anatomy for the continuous subgluteal sciatic nerve block (CSGSNB). This is the go-to continuous block for painful surgeries in the territory of the sciatic nerve. Its single-injection variant is also of great value.
This video tutorial discusses the technique of performing the ankle block. This is a very popular block that often fail because of a misunderstanding of the fascia planes around the ankle.
This video tutorial discusses the applied anatomy for the ankle block. This is a very popular block that often fail because of a misunderstanding of the fascia planes around the ankle.
Prof. André Boezaart explaines to surgeins why we do thoracic epidurals in the first place. "We have to block the sympathetic nerves from the gut, but we cannot block the sympathetics without blocking the sympathetics
This video tutorial discusses the applied anatomy for the epidural block. It discusses issues such as why older folks are less likely to suffer postdural puncture headache and why epidurals are, unlike spinals) segmental. Please also see the 3D reconstruction of the MRI as explained in the micro- and 3D anatomy section.