Brain Bingo Cards - Print Free or Customize

Print free Brain bingo cards or personalize, unlimited cards! Pick from 15,500+ designs or use our bingo card generator. Add numbers, words, images, or mix them all. Play using printed PDF, online bingo cards, and our online bingo caller, or go hybrid.

Unit 1 BINGO

absolutely refractory	action potential	afferent	allocortex	alpha rhythm
astrocyte	autonomic nervous system	axon	axon collateral	axon hillock
back propagation	basal ganglia	behavior	behavioral neuroscience	bilateral symmetry
bipolar neuron	brainstem	central nervous system	cerebellum	cerebral cortex
cerebral voltammetry	cerebrospinal fluid	cerebrum (forebrain)	channel	chordate

Basic Print Title Cell Card Color Image Misc 🔍

Find Setting
Template Name This is shown at the top of the template and game pages.
Your Name Optional. If this template makes to the front page, you will be credited for creating it.
Card Title Title is shown on top of each bingo card. It can be text or an image. If the image is >50kb, then it will be compressed and may loose transparency.
Quiz Separator If words on a line are separated by this text, then: Bingo card will only show the text on the right side of the separator. The pdf call list will show the full text. To disable this feature, clear this field.	Quiz Mode ON
Quiz Board Demo Lets you select which side of the quiz separator to show on the calling card just on this page for demo. When printing or playing, calling cards always show the right side only.
Audio Separator If words on a line are separated by this text, then: The text on the right side of the separator will be spoken by the online game play. Bingo card will only show the text on the left side of the separator. The pdf call list will show the full text. To disable this feature, clear this field.	Audio Mode ON
Grid Items AI Helper Enter numbers, words or phrases, each one on a new line. Column Mode: To specify word lists per column, separate each word list by -c- in a line by itself. Example absolutely refractory action potential afferent allocortex alpha rhythm astrocyte autonomic nervous system axon axon collateral axon hillock back propagation basal ganglia behavior behavioral neuroscience bilateral symmetry bipolar neuron brainstem central nervous system cerebellum cerebral cortex cerebral voltammetry cerebrospinal fluid cerebrum (forebrain) channel chordate compensation computational neuroscience computed tomography concentration gradient connectome corpus callosum cranial nerves deep brain stimulation dendrite dendritic spine depolarization dermatome diencephalon diffusion diffusion tensor imaging efferent electrical stimulation electrocorticography encephalization quotient enteric nervous system ependymal cell epigenetics equilibrium potential event-related potential excitation excitatory postsynaptic potential forebrain frontal lobe functional magnetic resonance imaging functional near-infrared spectroscopy ganglia gate genotype glial cell graded potential gray matter gyrus hemisphere hindbrain hyperpolarization hypothalamus inhibition inhibitory postsynaptic potential interneuron law of Bell and Magendie magnetic resonance imaging magnetoencephalogram meninges microdialysis microelectrode microglia midbrain motor neuron myelin neocortex Nernst equation nerve nerve impulse nerve net neural network neuroethics neuron neuronal circuit neuroplasticity neuropsychology node of Ranvier nucleus occipital lobe oligodendroglia orienting movement parasympathetic division parietal lobe peripheral nervous system phenotype phenotypic plasticity place cells positron emission tomography protein pump Purkinje cell pyramidal cell relatively refractory resting potential resting-state fMRI reticular formation saltatory conduction Schwann cell sensory neuron soma somatic nervous system somatosensory neuron spatial summation species-typical behavior stretch-activated channel striatum sulcus sympathetic division synapse tectum tegmentum temporal lobe temporal summation terminal button thalamus threshold potential tract transcranial magnetic stimulation transmitter-activated channel ventricles voltage gradient voltage-activated channel white matter Sort \| No Dups
Grid Images Support for- Upto 75 images. Multiple or Single image upload. Upto 5 MB file size per image. You can specify both Grid Items & Grid Images. Click on the image or label to edit label or delete image. If background of an image changes to white, either remove the transparency or reduce the image size < 10KB.
Show Image Labels Show Image labels or not on the bingo cards. Image labels are always shown on the calling card.
Grid Size (Cols x Rows) Grid size in Columns x Rows format.
Free Space Cell Free space is usually the center square of the card. It is like a joker or a wild square, and counts towards the winning pattern.
Free Space Content Shows text or image in the Free Space Cell. Make sure Free Space Cell is not set to "None". To show text, enter text. To show an image instead, click on the button on the right to select an image. If background of the image changes to white, either remove the transparency or reduce the image size to < 10KB.
Randomize? Select Yes to generate unique random cards. If No is selected, all cards will have the same text in the same order, which might be usefull in educational or quiz settings.
Max. Font Size Font size is automatically downsized to fit text in each cell. This may make font size for shorter texts very large. If you don't like that look, then pick a smaller max. font size to prevent that.
Title Text Color Title text color.
Title Back Shape Title background shape.
Title Back Color Title background shape color.
Title Border Color Title background border color.
Title Transparency Title background transparency.
Cell Text Color Grid Text color.
Cell Back Color Grid background color.
Cell Border Color Grid line color.
Cell Back Shape Background shape for cells. Select a stock image or upload your own custom image. You can use Cell Transparency setting to change how prominently the background shape shows. If you select a shape other than Grid, you may have to increase Cell Padding if you want to fit the text inside the shape. Don't see the selected image? Set Cell Transparency <50.
Cell Padding Empty space inside each cell between border and text.
Cell Spacing Space between any 2 cells.
Cell Transparency 0% makes grid background opaque. Higher setting makes grid background transparent allowing card background image or card background color to show.
Card Back Color Card background color.
Card Border Color Card outside border color.
Card Border Width Outside border width.
Card Border Style Yes makes the card corners rounded.
Card Padding Empty space between card border and card contents.
Card Back Image Background image for the whole card. Select a stock image or upload your own custom image. You can use Grid Transparency setting to change how prominently the image shows behind the grid. Don't see the selected image? Set Card Transparency >50. Set Card Border Width >0 or Card Padding >0. Set Cell Transparency >50.
Card Image Fill Select how the background image covers the whole card. You can also choose to repeat the image.
Card Transparency Card image transparency.
Boogie Mode This mode uses rapid animations. It may cause dizziness, nausea, or trigger sensitive individuals. Please use responsibly.	Warning!
Visibility Public: Anyone can see your card template, including search engines Private: Only you can see and edit the card template. You will need to be signed in. Click to Sign-Up « Free!!! Click to Sign-In
Number of Cards Number of cards to generate and include in the Full PDF. The Preview button will always generate only 1 card.
Print Call List Select Yes to include call list in the Full PDF.
Paper Size Printer paper size.
Paper Orientation How to print on paper, ie paper orientation. Printed cards might look better one way or the other.
Cards Per Page (Cols x Rows) Arrangement of cards on each page of paper.
Card Hor. Margin Horizontal margin on left and right sides of each card.
Card Ver. Margin Vertical margin on top and bottom sides of each card.
Ink Saver Colors: Removes background to save ink for printing. B&W: Removes background & changes colors to black & white to save ink for printing.
Empty Space Select amount of empty space to keep in each cell for participants to write something. This feature is also called human bingo, people bingo, social bingo, get-to-know bingo or ice breaker bingo.
Starting Card Number Starting card number. Change if you need to reprint a set of cards starting with a specific card number. Note: If this is not 1, then call list (index card) will not be printed.
Card Header Height Header height. Header is shown only when there is 1 or more characters.
Card Header Text Instructions or any other message(s) at the top of each card.
Card Footer Height Footer height. Footer is shown only when there is 1 or more characters.
Card Footer Text Instructions or any other message(s) at the bottom of each card.
Font All fonts support English. For non-English support in pdf, please try FreeSans, FreeSerif, DejaVuSans, DejaVuSerif or NotoSans

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Similar Bingo Cards: Neuroscience, Brain, Biology

About: This bingo card is perfect for a neuroscience class or study group looking for a fun way to reinforce their knowledge. Covering everything from brain anatomy and physiology to key principles and modern imaging techniques, it brings a lively twist to learning complex neuro concepts. Great for students, educators, or neuroscience enthusiasts at events or review sessions.

How To: To save a printable PDF, click the Print button. You can change the card quantity and other printing preferences on the Print tab. Grid items and free space content can be edited on the Basic tab. Appearance can be fully personalized on the relevant tabs, or you can quickly search any option using the 🔍 tab.

How to play Brain Bingo Cards?

Virtual Players: Click on the Play button above, and then click on the 🎫 button.
Paper Caller: Print PDF calling list & calling slips and manually choose the slips.
Paper Players: Print PDF bingo cards and manually mark the cards.
Virtual Caller: Click on the Play button above.
Hybrid Play: Select any combination above. For example, caller can be either Printed or Virtual. And players can be Printed or Virtual or a mix of both.

Step-By-Step:

Start by saving the Brain PDF by clicking on the "Print" button above.
Open the PDF and print a hard copy.
For random calling, you can print another copy of the call list, cut, fold and then pick them randomly at play time.
Cut the bingo cards at the cut lines if there are more than 1 bingo cards per page.
Give one card to each player. For marking, you can use markers. Crayons are the cheapest.
Select one person to be the caller. If you are playing in a small group, the caller may as well play along with their own Bingo card.
The caller begins the game by randomly picking an item from the call list and calling out it to everyone.
The players check their cards to see if they have the announced word. If they do, they mark that word.
The first player to finish a horizontal, vertical, or a diagonal line of marked items shouts "Bingo!" and wins the game.
The caller verifies that the items crossed off form a correct line according to the Bingo card and call list.
You can play for multiple patterns or a full card blackout for an extended game.

This Brain Bingo Cards Game contains following Words or Phrases: absolutely refractory, action potential, afferent, allocortex, alpha rhythm, astrocyte, autonomic nervous system, axon, axon collateral, axon hillock, back propagation, basal ganglia, behavior, behavioral neuroscience, bilateral symmetry, bipolar neuron, brainstem, central nervous system, cerebellum, cerebral cortex, cerebral voltammetry, cerebrospinal fluid, cerebrum (forebrain), channel, chordate, compensation, computational neuroscience, computed tomography, concentration gradient, connectome, corpus callosum, cranial nerves, deep brain stimulation, dendrite, dendritic spine, depolarization, dermatome, diencephalon, diffusion, diffusion tensor imaging, efferent, electrical stimulation, electrocorticography, encephalization quotient, enteric nervous system, ependymal cell, epigenetics, equilibrium potential, event-related potential, excitation, excitatory postsynaptic potential, forebrain, frontal lobe, functional magnetic resonance imaging, functional near-infrared spectroscopy, ganglia, gate, genotype, glial cell, graded potential, gray matter, gyrus, hemisphere, hindbrain, hyperpolarization, hypothalamus, inhibition, inhibitory postsynaptic potential, interneuron, law of Bell and Magendie, magnetic resonance imaging, magnetoencephalogram, meninges, microdialysis, microelectrode, microglia, midbrain, motor neuron, myelin, neocortex, Nernst equation, nerve, nerve impulse, nerve net, neural network, neuroethics, neuron, neuronal circuit, neuroplasticity, neuropsychology, node of Ranvier, nucleus, occipital lobe, oligodendroglia, orienting movement, parasympathetic division, parietal lobe, peripheral nervous system, phenotype, phenotypic plasticity, place cells, positron emission tomography, protein, pump, Purkinje cell, pyramidal cell, relatively refractory, resting potential, resting-state fMRI, reticular formation, saltatory conduction, Schwann cell, sensory neuron, soma, somatic nervous system, somatosensory neuron, spatial summation, species-typical behavior, stretch-activated channel, striatum, sulcus, sympathetic division, synapse, tectum, tegmentum, temporal lobe, temporal summation, terminal button, thalamus, threshold potential, tract, transcranial magnetic stimulation, transmitter-activated channel, ventricles, voltage gradient, voltage-activated channel, white matter.

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