My “piece de resistance”! A board game I created based on the topic of immumology. Instructions are on the game board itself (students can choose easy, medium or hard questions themselves) Can be played in pairs (although more fun in 3’s or 4’s). I made class sets by making and laminating several copies - they’ve lasted for years. This took me a long time to make and I’ve very proud of it! The students really enjoy this board game.

A matching card game to be played in pairs. This game has two rounds (instructions are included).

Order the 15 cards to give the correct sequencing that an action potential is generated and transmitted. Print, chop, play!

A matching card game to be played in pairs. This game has two rounds (instructions are on the template). Made for OCR (although I have also uploaded an SNAB version you can download)

This ‘1 to 4’ matching game covers DNA profiling and forensic entomology. (Includes time of death, PCR, gel eletrophoresis, how to ID a body etc) Each keyword card (black) matches with 4 definition (white) cards Print, chop, match! [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

A set of 48 matching cards (26 black keywords cards and 26 white definition cards). Covers all of genetic fingerprinting (including gel electrophoresis and PCR) Game also incliuded some gel electrophoesis banding patters for students to interpret. print, chop, then match! [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

14 Keywords and 14 definition matching cards for Ultrafiltration and Selective Reabsorption print, chop, play! [top tip - print a class set on different coloured card (or paper & laminate) it will last for years

a 16 piece jigsaw on functions of the liver. The completed game forms a giant triangle Can be opened with tarsia (free software) or I’ve also added a PDF version for ease. Simply print out and cut up! [top tip - Print a class set on different coloued card (or paper & laminate) it will last for years [top tip 2 - make differentiated puzzles for your lower achievers. Once sets have been printed in different colours, swap over the central 6 cards of two sets to create two simplier puzzles which are colour coded and therefor easier to complete. Easier for lower ability]

a 35 card set of matching - each Kingdom is a hexogon (black card) and has 6 matching (white card) answers Quick 5 min game of matching. [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

quick and simple 5 min game of matching. Each kingdom (black cards) matches with 5 characteristics (white cards) 25 cards in total [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

A set of 26 dominoes covering the five kingdoms (including taxonomic classification, Domains etc) Various way to play it, but i prefer to: print, chop down the middle, then left to right to create 26 dominoes The question (in the right of a dominoes) matches to the answer (on the left) of the next domino Once completed, the game forms a complete loop [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

A domino version of my ‘genetic inheritance matching’ game. More challenging. 16 dominoes. Various way to play it, but i prefer to: print, chop once down the middle, then left to right to create the 16 dominoes The question (in the right of a dominoes) matches to the answer (on the left) of the next domino Once completed, the game forms a complete loop [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

A 63 (7 sets of 9) recap matching game that covers Genetics, Biotechnology, Cloning, Genetic engineering , Meiosis, mitosis etc. Each keyword card (black) gets surrounded by 8 matching (white) cards. [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

A matching game of genetic inheritance patterns. 16 black (keyword) cards and 16 white (definition) cards (includes homozygote, heterozygote, inheritance ratios, codominant etc) [Teachers - top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

a matching game of 66 cards in total (23 black keyword cards, 23 white matching cards) (includes PCR, replica plating, restriction enzymes etc) Print, chop, Match! [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

The process of genome sequencing in a flow chart of 9 cards. A simple 5 min game - print, chop, order! [top tip - print off a class set on different colour card (or paper & laminate) - it will last for years!

34 Matching Triominoes - for In situ Vs Ex Situ Conservation Techniques. Each triangular black ‘keyword’ card matches with three white ‘definition’ cards. Print, chop, play! [Top Tip - print a class set on different coloured car (or paper, then laminate) it will last for years!]

Cloning techniques Matching game (39 cards). Techniqyes covered include somatic nuclear transfer, micropropagation , embryo splitting etc Each black card (technique) gets surrounded by 4 (or 3) white cards (description). I like too print a class set on different coloured card (or paper & laminate). They will last for years!

a 32 card game of matching for circulatory systems (16 keywords + 16 definitions) Includes open, closed, single, double, print, cut, match! top tip - print a class set on different coloured card (or paper & laminate) which will last for years.

A lac operon jigsaw puzzle, specific to SNAB (Edexcel). 16 pieces open the jigsaw with ‘tarsia’ (free software) print, chop, shuffle students assemble - the completed jigsaw is a big triangle! [top tip - print a class set on different coloured paper and laminate - it will last for years. [top tip 2 - once printed on different coloured paper/card, swap over the 6 central core pieces with a different set, there for created differentiated puzzles for your lower ability students]