Bone resorption around the annular closure device during a postoperative follow-up of 8 years.

Objective: Annular closure device (ACD) implantation is considered to be an effective means of preventing reherniation after microdiscectomy; however, there is an issue: the bone may resorb around the ACD. The causes of vertebral bone resorption remain unexplored; the dynamics of changes in bone resorption around the ACD have not yet been assessed or characterized.

Methods: One hundred thirty-three patients underwent ACD implantation after microdiscectomy, and 107 of them were followed up for 8 years after surgery (Oswestry, VAS).

A protocol for recruiting and analyzing the disease-oriented Russian disc degeneration study (RuDDS) biobank for functional omics studies of lumbar disc degeneration.

Lumbar intervertebral disc degeneration (DD) disease is one of the main risk factors for low back pain and a leading cause of population absenteeism and disability worldwide. Despite a variety of biological studies, lumbar DD is not yet fully understood, partially because there are only few studies that use systematic and integrative approaches. This urges the need for studies that integrate different omics (including genomics and transcriptomics) measured on samples within a single cohort.

[Early postoperative stabilometric training in patients with spinal diseases who underwent decompressive-stabilizing interventions].

Aim: To study the impact of rehabilitation measures on the dynamics of pain syndrome and on the state of postural muscle balance in the early postoperative period in patients with degenerative-dystrophic diseases of the lumbar spine who have undergone decompressive-stabilizing interventions.

Material And Methods: This paper comparatively analyzed the level of pain syndrome in the lumbar spine and lower extremities, the stabilometric indicators characterizing the amplitude of center-of-pressure oscillations in patients who had undergone decompressive-stabilizing operations at 7±2 days after surgical treatment for degenerative-dystrophic diseases of the lumbar spine. Two groups of 60 people in each were formed: rehabilitation measures were implemented, starting on day 2 of an early postoperative period (the duration of the latter was 7±2 days after surgery); the basic complex was supplemented with stabilometric training in Group 1 (a study group); only the basic complex was used in Group 2 (a comparison group).