The Evidence Library

What the science actually shows.

A curated, citation-disciplined library of the studies behind BrainsWay Deep TMS — the pivotal RCTs that drove FDA clearances, the real-world cohorts that exceed them (with the selection caveats we always disclose), the meta-analyses, the safety data, and the negative trials we believe patients should know about.

This page is for patients, families, and referring clinicians who want the underlying data — not marketing claims. Every entry below links to the original peer-reviewed source. We have organized them by category, with the most clinically decisive evidence at the top.

Note on real-world numbers vs. RCT numbers: real-world post-marketing studies (Tendler 2023, Roth 2024, Roth 2025) report substantially higher response and remission rates than the original RCTs. Reasons include selection (only patients who tolerate ≥30 sessions are analyzed), naturalistic placebo response, concurrent treatments, and self-report scales. Patients should be counseled that personal odds are likely closer to the RCT figures.

Clinical-honesty disclosure. BrainsWay’s Deep TMS pivotal trial for PTSD (NCT02479906) was terminated for futility. Deep TMS is not FDA-cleared for PTSD as a primary indication. Two figure-8 RCTs in adolescents (Croarkin 2021, Zhang 2024) were also negative; the BrainsWay adolescent clearance rests on a real-world cohort, not a sham-controlled RCT in that age range. We believe patients deserve this context.
Pivotal RCT

Pivotal RCTs.

Sham-controlled randomized trials underlying FDA clearances. The strongest causal evidence we have.

Pivotal RCTCoil: H1

Efficacy and safety of deep TMS for major depression

Levkovitz Y, et al. · World Psychiatry 14(1):64–73 · 2015n = 212

Finding. 4-week effect size on HAM-D 0.76 (p=0.008); response 38% active vs 21% sham; remission 33% vs 15%.

Why it matters. Established the H1 coil for MDD; the basis of the original 2013 FDA clearance.

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Pivotal RCTCoil: H7

Efficacy and safety of deep TMS for OCD

Carmi L, et al. · American Journal of Psychiatry 176(11):931–938 · 2019n = 99

Finding. 6-week YBOCS response 38% active vs 11% sham (p=0.003); 1-month sustained response 45% vs 18%.

Why it matters. First TMS device ever cleared by the FDA for OCD; the H7 coil targets a different circuit than H1.

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Pivotal RCTCoil: H4

Repetitive deep TMS for smoking cessation

Zangen A, et al. · World Psychiatry 20(3):397–404 · 2021n = 262

Finding. 4-week continuous quit rate 28% active vs 12% sham (p=0.005), 18 sessions over 6 weeks.

Why it matters. First brain-stimulation device cleared by the FDA for any addiction.

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Pivotal RCTCoil: Mixed

Efficacy of H1 vs figure-8 in MDD: head-to-head RCT

Filipčić I, et al. · Journal of Psychiatric Research 114:113–119 · 2019n = 228

Finding. HAM-D17 response: H1 59%, F8 41%, no-stim control 8% (p=0.048 H1 > F8).

Why it matters. The single industry-independent head-to-head trial showing H1 advantage over figure-8.

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Pivotal RCTCoil: H1

Accelerated Deep TMS multisite non-inferiority RCT (NCT06357832)

BrainsWay Accelerated MDD Group · Brain Stimulation 2026 · 2025/2026n = 104, 8 sites

Finding. HDRS-21 reduction 19.0 (accelerated, 6 days) vs 19.8 (standard, 6 weeks). Response 88% vs 88%. Remission 78% vs 88%. Non-inferiority met.

Why it matters. Basis of the September 2025 FDA clearance for accelerated Deep TMS — 6-day acute phase with 4-week continuation.

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Pivotal RCTCoil: F8

Stanford SAINT/SNT accelerated iTBS

Cole EJ, et al. · American Journal of Psychiatry 179(2):132–141 · 2022n = 29

Finding. MADRS percent reduction at 4 weeks: 52.5% active vs 11.1% sham. Remission 46.2% at 4 weeks (57.1% immediately post-treatment). Cohen's d ~ 2.0.

Why it matters. Established figure-8 accelerated iTBS as a viable option — the basis of the 2022 Magnus Medical SAINT clearance (separate device from BrainsWay).

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Real-World Evidence

Real-world cohorts.

Post-marketing data from large community cohorts. Numbers are higher than RCTs; selection effects must be communicated.

Real-World EvidenceCoil: H1

Deep TMS for MDD: real-world post-marketing data

Tendler A, et al. · Psychiatry Research 324:115179 · 2023n = 1,753 (1,351 analyzed)

Finding. 30 sessions: 82% response, 65% remission. HDRS-specific: 72% response, 72% remission. Sustained at next assessment in 84% of responders.

Why it matters. The largest real-world Deep TMS dataset for MDD. Real-world numbers exceed RCT figures; selection effects (only patients completing 30+ sessions analyzed) should be communicated to patients.

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Real-World EvidenceCoil: H1

Deep TMS for late-life depression: phase IV

Roth Y, et al. · Journal of Clinical Medicine 13(3):816 · 2024n = 247 (ages 60–91)

Finding. 30 sessions: 79% response, 60% remission. No cognitive worsening.

Why it matters. Supported the June 2024 FDA expansion of the H1 indication to ages 22–86. Cognitive safety contrasts with ECT.

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Real-World EvidenceCoil: H1

Real-world Deep TMS in adolescents and young adults

Roth Y, et al. · Psychiatry Research 350:116567 · 2025n = 1,120 (ages 15–21)

Finding. 36 sessions: PHQ-9 reduction of 12.1 points, 66% response. Discontinuation ~4%. One convulsive syncope (TBI history).

Why it matters. The largest adolescent neuromodulation dataset published. Supported the November 2025 adolescent FDA clearance.

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Real-World EvidenceCoil: H7

Accelerated H7 deep TMS for OCD: real-world cohort

Mudunuru R, et al. · Cureus · 2025n = 378

Finding. 15 sessions: 65% response, 33% remission. Effects independent of age, sex, or concurrent SSRI/SNRI.

Why it matters. Real-world OCD outcomes substantially exceed the original pivotal trial figures.

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Real-World EvidenceCoil: H1

Accelerated Deep TMS protocols: phase IV

Roth Y, et al. · Psychiatry Research · 2023n = 111

Finding. 80% response, 51% remission. 6-month durability: 93% of responders.

Why it matters. Supports use of accelerated H1 protocols in real-world community settings.

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Meta-Analysis

Meta-analyses & systematic reviews.

Quantitative pooling of multiple trials — the way the field as a whole reads the literature.

Meta-AnalysisCoil: H1

Deep TMS for treatment-resistant depression: meta-analysis

Hung Y-Y, et al. · Progress in Neuro-Psychopharmacology & Biological Psychiatry · 202015 studies, n = 701

Finding. Hedges' g = −1.32 (depression), g = −1.28 (anxiety); both p < .001.

Why it matters. Pooled evidence base for Deep TMS in TRD; combined dTMS + medications reaches significance for response and remission.

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Meta-AnalysisCoil: H1

Deep TMS for anxious depression: pooled analysis

Pell GS, et al. · Journal of Clinical Medicine 11(4):1015 · 2022

Finding. Pooled effect on anxiety g = 0.55; H1 superior to figure-8 (p = 0.042). Higher baseline anxiety predicts *greater* H1 response (opposite of meds and F8).

Why it matters. Mechanistic rationale for the 2021 FDA clearance of BrainsWay for anxious depression.

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Meta-AnalysisCoil: Mixed

Deep TMS across psychiatric and cognitive disorders: systematic review

Di Passa A-M, et al. · Journal of Psychiatric Research · 202428 sham-controlled trials

Finding. Strongest evidence: OCD, substance use, MDD/BD depressive episodes. Weaker for ADHD, PTSD, AD/MCI, schizophrenia.

Why it matters. GRADE-rated low risk of bias overall. Useful for understanding the boundaries of where Deep TMS evidence is strong.

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Safety

Safety & tolerability.

Aggregate adverse-event data across multiple sham-controlled trials.

SafetyCoil: Mixed

Aggregate safety of Deep TMS across 5 multicenter trials

Tendler A, et al. · Brain Stimulation · 2024n = 884

Finding. Headache, application-site pain, transient jaw twitching most common. Seizure < 0.1%. No cognitive effects.

Why it matters. The largest aggregate Deep TMS safety dataset published; confirms favorable tolerability profile.

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Mechanism

Mechanism & biomarkers.

Imaging and electrophysiology studies — what the brain actually does during and after Deep TMS.

MechanismCoil: F8

DLPFC ↔ subgenual ACC anti-correlation as a target-engagement biomarker

Cole EJ, Williams NR, et al. · AJP / World Psychiatry replication 2026 · 2020 / 2022 / 2026

Finding. Stronger baseline DLPFC-sgACC anti-correlation predicts better response. Effective treatment increases anti-correlation post-treatment.

Why it matters. The dominant mechanistic frame for prefrontal TMS. Replicated 50% vs 21% sham remission in 2026 Stanford SNT replication.

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Negative / Cautionary

Negative trials we believe matter.

Trials that did not work. The honest version of the literature includes these.

Negative / CautionaryCoil: Mixed

Deep TMS for PTSD: pivotal RCT (NCT02479906)

BrainsWay PTSD pivotal · ClinicalTrials.gov · terminated for futility · 2018 (terminated)

Finding. HAC-coil + brief trauma exposure failed to demonstrate efficacy over sham.

Why it matters. Deep TMS does NOT have FDA clearance for PTSD. This is critical clinical-honesty context — be cautious of any clinic claiming Deep TMS treats PTSD as a primary indication.

Read source →
Negative / CautionaryCoil: F8

Adolescent depression: 10 Hz left DLPFC rTMS RCT (figure-8)

Croarkin PE, et al. · Journal of Clinical Psychiatry · 2021n = 103

Finding. No significant benefit over sham on CDRS-R.

Why it matters. A negative figure-8 trial. Combined with another negative trial (Zhang 2024), it illustrates why the BrainsWay adolescent clearance rests on real-world evidence rather than a sham-controlled RCT of the H1 coil specifically.

How to read these results

Response typically means a ≥50% reduction in the depression-rating score the trial used (HDRS, MADRS, or PHQ-9). Remission typically means a score below a defined threshold — essentially, “no longer clinically depressed” on that measure. For OCD trials, the analogous scale is YBOCS.

Effect size (Cohen’s d, Hedges’ g) is a way of comparing the size of treatment effects across studies. Roughly: 0.2 = small, 0.5 = medium, 0.8 = large. The Stanford SNT/SAINT trials reported d ≈ 2.0, an unusually large effect for an antidepressant intervention.

NCT numbers (e.g., NCT06357832) are unique trial identifiers at ClinicalTrials.gov; they let you trace exactly which study supported a given clearance.

Citations are sourced from PubMed, journal DOIs (American Journal of Psychiatry, World Psychiatry, Journal of Clinical Medicine, Brain Stimulation, Psychiatry Research, Cureus, Neuropsychopharmacology, Progress in Neuro-Psychopharmacology & Biological Psychiatry, Journal of Psychiatric Research), ClinicalTrials.gov, and FDA notifications / 510(k) records. The full reference document maintained by IPMG’s PMHNP-BC clinical lead is reviewed quarterly.

Have a study you want us to address?

Email it to us. We update this library when meaningful new evidence is published, and we are happy to talk through how a specific study would or would not change our recommendation in your case.