Originality & Similarity Report
Every note section on BioRevise checked for repeated wording within the site and for overlap with published sources, with a risk level and a suggested rewrite for anything flagged. Generated 29 August 2026.
97%
Site originality score
152
Sections scanned
44,396
Words scanned
75
Phrases searched online
22
Low risk topics
13
Medium risk topics
0
High risk topics
How this was checked
Three evidence sources: every section compared against every other section for repeated sentences and long shared runs of wording; a scan for recycled filler phrasing; and 75 distinctive sentences, one per section, run as exact-phrase web searches with each result compared word by word. A run of six or more matching words counts as a finding.
Sources checked: State Examinations Commission papers and marking schemes, NCCA Leaving Certificate Biology specification, simplestudy.com, studyclix.ie, revisewise.ie, BBC Bitesize, Wikipedia, General web (open search, no site restriction).
This is an evidence-based audit, not a commercial plagiarism scan. Specification learning outcomes, standard definitions, balanced equations and SEC command words are recorded as unavoidable overlap and do not affect a topic's score.
Ecology & Ecosystems
Strand 3: Interactions of Life · 4 sections · 1,267 words · 4 flags
Repeated on site3.1 Ecology & Biodiversity
...individuals of each species n total number of all individuals...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Habitat Study Techniques - 2. Quantitative Data & Biodiversity Index
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site3. Pyramids of Numbers and Biomass
...chains are rarely longer than four or five links there...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Ecology & Ecosystems - 4. Niche, Competition and Energy Loss Between Trophic Levels
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site4. Niche, Competition and Energy Loss Between Trophic Levels
...chains are rarely longer than four or five links there...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Ecology & Ecosystems - 3. Pyramids of Numbers and Biomass
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Close paraphrase3. Pyramids of Numbers and Biomass
A pyramid of biomass shows the total dry mass of living material at each trophic level.
The definition follows the same word order as the encyclopaedia entry. It is a standard definition, but the run of matching words is long enough to be worth rewording.
Likely source: Wikipedia - Biomass (ecology) / Biomass pyramid (10 of 14 words matched) view
Suggested rewrite
Put the measurement first and the reason second: "To draw a pyramid of biomass you dry a sample from each trophic level and weigh it, then draw each bar in proportion to that dry mass. Drying matters because water content varies hugely between organisms and would otherwise distort the comparison."
Enzymes
Strand 2: Structures & Processes · 2 sections · 1,019 words · 3 flags
Repeated on site2.1 Enzymes — Structure & Function
...substrate approaches the enzyme s active site the active site...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Metabolism & Enzymes - 2. Enzyme Action & Specificity
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site2.1 Enzymes — Structure & Function
...released and the enzyme returns to its original shape ready...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Enzymes - 2. The Induced Fit Model and Enzymes in Industry
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site2. The Induced Fit Model and Enzymes in Industry
...released and the enzyme returns to its original shape ready...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Enzymes - 2.1 Enzymes — Structure & Function
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Cell Division & Protein Synthesis
Strand 2: Structures & Processes · 3 sections · 1,216 words · 3 flags
Repeated on siteProtein Synthesis & Mutations
...degenerate several codons can code for the same amino acid...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Information Flow in the Cell - 3. Protein Synthesis Step by Step: Transcription and Translation
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site2.3 Cell Cycle & Division
...happens prophase chromatin condenses into visible chromosomes nuclear membrane breaks...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Cell Continuity - 1. The Cell Cycle & Mitosis
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on siteProtein Synthesis & Mutations
...mutations in genes that regulate the cell cycle a mass...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Cell Continuity - 2. Meiosis, Binary Fission & Cancer
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Transport & Transfer
Strand 2: Structures & Processes · 11 sections · 3,929 words · 2 flags
Repeated on siteThe Circulatory System
...thick muscular elastic thinner less muscle one cell thick lumen...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Transport & Transfer - 6. Blood Vessels & Lymphatic System
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site6. Blood Vessels & Lymphatic System
...thick muscular elastic thinner less muscle one cell thick lumen...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Transport & Transfer - The Circulatory System
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Biomolecules in Detail
Strand 2: Structures & Processes · 6 sections · 1,527 words · 2 flags
Repeated on site3. Proteins, Minerals & ATP
...phosphate groups energy is stored in the bonds between the...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Biomolecules in Detail - 4. ATP - The Energy Currency of the Cell
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site4. ATP - The Energy Currency of the Cell
...phosphate groups energy is stored in the bonds between the...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Biomolecules in Detail - 3. Proteins, Minerals & ATP
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Cell Continuity
Strand 2: Structures & Processes · 3 sections · 771 words · 2 flags
Repeated on site1. The Cell Cycle & Mitosis
...happens prophase chromatin condenses into visible chromosomes nuclear membrane breaks...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Cell Division & Protein Synthesis - 2.3 Cell Cycle & Division
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Repeated on site2. Meiosis, Binary Fission & Cancer
...mutations in genes that regulate the cell cycle a mass...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Cell Division & Protein Synthesis - Protein Synthesis & Mutations
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Characteristics of Life
Strand 1: Organisation of Life · 4 sections · 1,045 words · 1 flag
Repeated on site4. Levels of Organisation and What Makes Something Alive
...all living things are made of one or more cells...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: The Cell - 1.3 Unit of Life – Cells
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
The Cell
Strand 1: Organisation of Life · 3 sections · 819 words · 1 flag
Repeated on site1.3 Unit of Life – Cells
...all living things are made of one or more cells...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Characteristics of Life - 4. Levels of Organisation and What Makes Something Alive
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Information Flow in the Cell
Strand 1: Organisation of Life · 3 sections · 872 words · 1 flag
Repeated on site3. Protein Synthesis Step by Step: Transcription and Translation
...degenerate several codons can code for the same amino acid...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Cell Division & Protein Synthesis - Protein Synthesis & Mutations
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Metabolism & Enzymes
Strand 2: Structures & Processes · 4 sections · 951 words · 1 flag
Repeated on site2. Enzyme Action & Specificity
...substrate approaches the enzyme s active site the active site...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Enzymes - 2.1 Enzymes — Structure & Function
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Photosynthesis
Strand 2: Structures & Processes · 6 sections · 1,808 words · 2 flags
Repeated on site6. Inside the Chloroplast
...double membrane and a huge internal membrane area because the...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Respiration - 3. Inside the Mitochondrion
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Unavoidable overlap1. What is Photosynthesis?
Photosynthesis is the process by which green plants make their own food by converting light energy into chemical energy.
This is the standard textbook definition of photosynthesis and the wording examiners expect. The overlap is limited to the definition itself, not the surrounding explanation.
Likely source: General textbook and popular-science phrasing (6 of 14 words matched) view
Respiration
Strand 2: Structures & Processes · 4 sections · 1,018 words · 1 flag
Repeated on site3. Inside the Mitochondrion
...double membrane and a huge internal membrane area because the...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Photosynthesis - 6. Inside the Chloroplast
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Habitat Study Techniques
Strand 3: Interactions of Life · 5 sections · 1,210 words · 1 flag
Repeated on site2. Quantitative Data & Biodiversity Index
...individuals of each species n total number of all individuals...
A long run of near-identical wording is shared with another section, so the two read as copies of each other.
Also appears in: Ecology & Ecosystems - 3.1 Ecology & Biodiversity
Suggested rewrite
Rewrite one of the two passages from a different angle - for example, teach the mechanism in one place and the exam application in the other.
Evolution
Strand 1: Organisation of Life · 5 sections · 1,677 words · 1 flag
Unavoidable overlap5. Speciation, Isolation and Antibiotic Resistance
A species is a group of organisms that can interbreed to produce fertile offspring.
Standard specification definition. Repeating it verbatim is expected and correct.
Also appears in: Genetics & Inheritance - 1. Chromosomes, Genes & Epigenetics
Genetics & Inheritance
Strand 1: Organisation of Life · 3 sections · 768 words · 1 flag
Unavoidable overlap1. Chromosomes, Genes & Epigenetics
A species is a group of organisms that can interbreed to produce fertile offspring .
Standard specification definition. Repeating it verbatim is expected and correct.
Also appears in: Evolution - 5. Speciation, Isolation and Antibiotic Resistance