Consumables

PS-PM980Optic fiber design970 - 1550 nm PM Photosensitive Fiber, 0.12 NA, 6.6 µm MFD-
FG200LEA (Ø 200/220µm, 0.22 NA)Optic fiber designØ200 µm Core Glass Clad Silica Multimode Optical Fiber, 0.22 NA-
FG200LAOptic fiber designCoreless Termination Fiber, Ø200 µm Glass Rod-
FG273UECOptic fiber designØ273 µm Core, 0.22 NA, High OH TECS Double-Clad Multimode Fiber-
FZM60020Optic fiber designØ600 µm Core, 0.20 NA, ZBLAN Multimode Fiber-
P-25/250DCOptic fiber designPassive LMA Double-Clad Fiber, 25 µm Core, Matched to YB1200-25/250DC-
HB1550ZOptic fiber designSingle Mode Polarizing Fiber (Zing™), 1550 nm, Bow-Tie-
FG100LEPOptic fiber designØ100 µm Core, 0.22 NA, Low OH Polyimide-Coated Step-Index Multimode Fiber-
UM22-300 (Ø 300/330µm, 0.22 NA)Optic fiber designØ300 µm Core Solarization-Resistant, Polyimide-Coated Multimode Fiber-
P-20/125DC-PMOptic fiber designPassive LMA PM Fiber, Matched to YB800-20/125DC-PM-
FG050LGAOptic fiber designØ50 µm Core Glass Clad Silica Multimode Optical Fiber, 0.22 NA-
FT300EMTOptic fiber designØ300 µm Core, 0.39 NA, Low OH TECS-Clad Multimode Fiber-
FG600LEA (Ø 600/660µm, 0.22 NA)Optic fiber designØ600 µm Core Glass Clad Silica Multimode Optical Fiber, 0.22 NA-
PM780-HPOptic fiber designSingle Mode Polarization-Maintaining Fiber, 770 - 1100 nm, PANDA-
FP1500ERTOptic fiber design0.50 NA, Ø1500 µm Core Multimode Fiber, Low OH-
FZM20020Optic fiber designØ200 µm Core, 0.20 NA, ZBLAN Multimode Fiber-
FG400LEAOptic fiber designØ400 µm Core Glass Clad Silica Multimode Optical Fiber, 0.22 NA-
GF4AOptic fiber designCladding Mode Offset Photosensitive Fiber, 1500 - 1600 nm, 4.0 µm MFD, 0.30 NA-
FG400UEP (Ø 400/440µm, 0.22 NA)Optic fiber designØ400 µm Core Polyimide-Coated Multimode Fibers-
FG025LJAOptic fiber designØ25 µm Core, 0.10 NA, Step-Index Multimode Optical Fiber-
FG125LAOptic fiber designCoreless Termination Fiber, Ø125 µm Glass Rod-
YB800-20/125DC-PMOptic fiber designYtterbium-Doped LMA PM Active Fiber, Cladding-Pumped, Double-Clad-
HI1060-J9Optic fiber designSingle Mode Fiber, 980 - 1650 nm, Ø900 µm Hytrel Jacket-
P-20/400DCOptic fiber designPassive LMA Double-Clad Fiber, 20 µm Core, Matched to YB1200-20/400DC-
FG550UECOptic fiber designØ550 µm Core, 0.22 NA, High OH TECS Double-Clad Multimode Fiber-
GIF50DOptic fiber designØ50 µm Core Graded-Index Multimode Optical Fiber, 0.20 NA, OM3-
UM22-400 (Ø 400/440µm, 0.22 NA)Optic fiber designØ400 µm Core Polyimide-Coated Multimode Fibers-
FT1500EMTOptic fiber designØ1500 µm Core, 0.39 NA, Low OH TECS-Clad Multimode Fiber-
FP400ERTOptic fiber design0.50 NA, Ø400 µm Core Multimode Fiber, Low OH-
PM-S405-XPOptic fiber designSingle Mode Polarization-Maintaining Fiber, 400 - 680 nm, PANDA-
UM22-200 (Ø 200/220µm, 0.22 NA)Optic fiber designØ200 µm Core Polyimide-Coated Multimode Fibers-
FG105ACAOptic fiber designØ105 µm Core, 0.22 NA, Solarization-Resistant Step-Index Multimode Fiber, Acrylate-Coated-
P-6/125DC-PMOptic fiber designPassive PM Fiber, Matched to YB1200-6/125DC-PM-
FP1000URTOptic fiber design0.50 NA, Ø1000 µm Core Multimode Fiber, High OH-
FZM10020Optic fiber designØ100 µm Core, 0.20 NA, ZBLAN Multimode Fiber-

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Help
Consumables

Consumables refer to items that are intended to be used once or have a limited lifespan before they need to be replaced. These include materials and products that are consumed or depleted during the course of experiments or procedures. Consumables are critical for maintaining the integrity, accuracy, and reproducibility of scientific experiments. In BrainSTEM, consumables are a shared model across users.

Types of consumable

Reagents and Solutions
  • Pharmacological agents: Drugs and compounds used for anesthesia, analgesia, behavioral modulation, or pharmacological intervention (e.g., ketamine, buprenorphine, muscimol).
  • Physiological solutions: Buffers and fluids such as saline, PBS, or artificial cerebrospinal fluid (aCSF) used in perfusion, injections, and surgical preparation.
  • Virus constructs: Engineered viral vectors (e.g., AAV, lentivirus) used for delivering genetic material into neurons or glial cells.
  • Tracer dyes: Fluorescent or visible dyes like DiI, CTB, and Fast Green used for anatomical tracing, injection visualization, or tissue marking.
  • Antibodies and immunoreagents: Reagents used for labeling proteins and cell types in immunohistochemistry, such as primary/secondary antibodies and counterstains (e.g., DAPI).
  • Chemical reagents: Common lab chemicals like paraformaldehyde (PFA), Triton X-100, and EDTA used in tissue preparation, fixation, or signal amplification.
Device-Linked Consumables
  • Silicon probe designs: Microfabricated electrode arrays (e.g., Neuropixels, NeuroNexus) used for high-density extracellular electrophysiological recordings.
  • Single wire electrodes: Simple electrodes used for stimulation or recording from single brain regions or peripheral targets.
  • Optic fiber designs: Configurations of optic fibers for light delivery in optogenetics or signal collection in fiber photometry setups.
  • Optical components: Implantable optical elements such as GRIN lenses, microprisms, or cranial windows for in vivo imaging and optical access to the brain.
  • Consumable devices: Subject-mounted components like headstage baseplates, miniscope adapters, microdrives, or chronic interface mounts that are consumed per experiment or animal.

Submission process

Anyone can submit consumables or submit changes to existing ones, but all submissions must be approved before they are available for usage. Please see existing entries for examples as to what to submit.

Fields

  • Name: The name of the consumable (required; must be unique).
  • Type: The type of consumable - see available types above (required).
  • Supplier: The supplier of the consumable (required).
  • Description: A description of the consumable.
  • Type specific fields: Each type has custom fields (required).

Permissions

Once a entry has been approved it becomes available to everyone.

API Access

The API allows for programmable access, enabling you to read, edit, and delete entries through the API. For details about the fields and data structure, refer to the documentation.