InStim

The primary international patent filing detailing the InStim system’s approach to bioelectric inflammation control.

A specialized reference list of anti-inflammatory cytokines targeted and modulated by the InStim technology.

Research using pH ratiometric fluorescence imaging probes to monitor inflammation as it happens in living subjects.

Real-time monitoring of experimental periodontitis using advanced endoscopic imaging.

A study on microfluidic immunoassay devices for the continuous tracking of biomarkers during simulated medical procedures.

Real-time ultrasonic monitoring techniques to track blood structure and inflammation during bypass surgery.

Research on how different balanced fluids affect early-stage inflammatory responses in rodent models.

A study on using bioelectric tissue simulation engines to understand and guide physiological signals.

A comprehensive review of bioelectricity’s role in wound healing and regenerative processes across humans and animals.

Research investigating how bioelectric signals regulate immune functions in both regenerating and intact tissue.

A deep dive into the unique aspects of bioelectric mechanisms and their potential for future regenerative medicine.

Experimental research on how stimulating the Vagus nerve reduces intestinal inflammation.

A study on the efficacy of bioelectrical pulses in reducing inflammation specifically for Inflammatory Bowel Disease.

An analysis of the effectiveness and mechanisms of neuromodulation in treating digestive health issues.

An article discussing the significant systemic anti-inflammatory benefits of Vagus nerve stimulation.

Medical news report on the clinical potential for controlling IBD via electrical nerve stimulation.

Scientific American exploration into the use of “electroceuticals” to modulate the immune system.

Research showing reduced brain inflammation in mice following Vagus nerve electrical pulses.

Research on the Klotho protein as a link between physiological aging and arthritis-related immune changes.

A study on how inflammatory markers reduce the protective Klotho protein in colitis models.

A comprehensive look at the therapeutic application of IL-10 from high doses to low-dose paradigms.

Research on how combined microcurrent and ultrasound therapies modify immune responses to accelerate healing.

Evidence supporting the use of specific electronic signals to reduce clinical inflammation.

Study showing that electrical pulses enhance cell migration and integrative repair in joint cartilage.

Research on how electrical signals can “flip” macrophages from inflammatory to healing states.

Technical study on the cellular response of macrophages to varying electrical fields.

A dissertation on the anti-inflammatory effects of inductively coupled electrical stimulation.

How growth factor therapy sequesters inflammation to protect the brain during vascular events.

Research on using bioelectrical signals to modify gene expression and improve heart function.

Study on the anti-inflammatory and angiogenic effects of cortical stimulation in ischemic stroke models.

Research showing that electrical signals can protect the eyes by suppressing harmful microglial activation.

A review of therapeutic approaches to managing inflammation in heart-related conditions.

Clinical potential for targeting IL-6 to treat chronic airway inflammation.

Research on the broad application of IL-6 inhibition in treating various autoimmune disorders.

A chapter detailing the revolutionary impact of IL-6 management in modern medicine.

Study on how IL-33 serves as a modulator for inflammation in gynecological conditions.

Study on how MSC therapy attenuates inflammation and improves complications in diabetic models.

Technical paper on enhancing stem cell homing toward SDF-1 signals.

Research on using microbubbles and SDF-1 to direct stem cells to the kidneys in diabetic nephropathy.

A review of new methods to improve how stem cells find and settle in their target tissue.

Comprehensive research on the primary chemical pathway that guides stem cell migration.

Study on the role of IGF-1 in managing inflammation within the nervous system.

Research showing that IGF-1 decreases disease progression by suppressing inflammatory responses in arteries.

Analysis of HGF as a key regulator in autoimmune and inflammatory conditions.

Research on HGF’s ability to attenuate NF-κB signaling to reduce lung inflammation.

Targeted study on how HGF helps the vascular endothelium in diseased kidneys.

Research explaining how HGF drives the healing power of Platelet-Rich Plasma in tendon injuries.

Abstract detail on HGF’s therapeutic potential for systemic kidney inflammation.

Study on HGF’s efficacy in treating eye-related surface injuries and inflammation.

A look at the EGFR system’s role in balancing skin healing and inflammatory responses.

Research on the gene expression regulation between inflammation and oncology.

Study on how local signaling regulates artery inflammation and disease progression.

Essential research on how cells adapt to low oxygen and how this triggers inflammatory control.

A study on the role of hypoxia factors in the inflammatory environment of tumors.

Analysis of the complex regulation and functions of these proteins in the immune system.

Research on how these binding proteins balance tissue repair and inflammation.

A study on Follistatin-Like 1 as a marker and mediator for weight-related inflammation.

Research exploring the emerging role of nitric oxide in cancer and chronic inflammatory states.