Skyscape Web Viewer : The Maudsley Deprescribing Guidelines: Antidepressants, Benzodiazepines, Gabapentinoids and Z-drugs : Figure(s)

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Gabapentin - Linear Reductions of Dose Cause Increasingly Large Reductions in Clinical Effect
Graphical Representation of Withdrawal Symptoms Following a Dose Reduction of a Benzodiazepine
Graphical Representation of Withdrawal Symptoms Following a Dose Reduction of a Gabapentinoid
Graphical Representation of Withdrawal Symptoms Following a Dose Reduction of Citalopram
Graphical Representation of Withdrawal Symptoms Following Antidepressant Dose Reduction
Graphical Representation of Withdrawal Symptoms Following Antidepressant Reduction
How to Deprescribe Antidepressants Safely - The Neurobiology of Tapering
Hyperbolic Pattern of Dose Reduction Produced by Tapering Strips
Hyperbolic Tapering of AntidepressantsBoxDefintion of a percentage point.BoxTapering according to receptor occupancy (e.g. SERT occupancy). - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Imipramine - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Linear Reductions of Eszopiclone
Linear Reductions of Zaleplon
Linear Reductions of Zopiclone
Linear Versus Hyperbolic Tapering
Lofepramine - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Lorazepam - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Lormetazepam - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Mirtazapine - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Moclobemide - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Neuro-Adaptation to the Presence of Antidepressants and the Effects on Reduction or Stopping Antidepressants
Neuro-Adaptation to the Presence of Benzodiazepines and the Effects on Reduction or Stopping Benzodiazepines
Nitrazepam - Linear Reductions of Dose Cause Slighter Larger Reductions in Effect on Receptor Targets Sequentially
Nortriptyline - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Oxazepam - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Paroxetine - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Phenelzine - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Pregabalin - Linear Reductions of Dose Cause Increasingly Large Reductions in Pharmacological Effect
Quazepam - Linear Reductions of Dose Cause Slighter Larger Reductions in Effect on Receptor Targets Sequentially
Sertraline - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets
Temazepam - Linear Reductions of Dose Cause Increasingly Large Reductions in Effect on Receptor Targets