Which nematode was the first multicellular organism to have its whole genome sequenced, aided by HGP-era research?
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Caenorhabditis elegans
79 public questions with answers, drawn from the well. How many can you answer?
The Human Genome Project trivia covers the international effort to map and sequence human DNA, from its planning and funding to the laboratories, technologies, and scientific milestones that shaped modern genomics. Questions explore public sequencing centers, chromosome terminology, and discoveries connected to the project’s wider research legacy.
Test your knowledge of the nematode that became the first multicellular organism with a fully sequenced genome, the DOE office behind early planning, and the 2022 T2T reference genome that closed many remaining gaps. This hub suits science classrooms, biology study groups, STEM game nights, and pub quizzes with a technology or medical-history theme.
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Caenorhabditis elegans
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Charles DeLisi
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Cold Spring Harbor Laboratory
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The Genome War
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Quest Diagnostics
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Pieter J. de Jong
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Roswell Park Comprehensive Cancer Center
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bioinformatics
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Santa Fe Workshop
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autosomes
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Wellcome Trust
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David Haussler
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National Center for Human Genome Research
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150,000 base pairs
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heterochromatic regions
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euchromatic regions
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Bermuda Principles
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UCSC Genome Browser
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white blood cells
Good questions cover the project's goals, timeline, funding, sequencing centers, and scientific legacy. Examples include identifying the first multicellular organism to have its genome sequenced, naming the DOE office associated with early planning, explaining haploid reference genomes, and recognizing the T2T Consortium's 2022 complete reference genome.
The difficulty ranges from moderate to challenging. Basic questions may ask what the project sequenced or when it was completed, while harder questions focus on agencies, planning workshops, public sequencing institutes, chromosome terminology, and the later T2T Consortium reference genome.
The Human Genome Project aimed to determine the sequence of the roughly three billion DNA base pairs in the human genome and identify its genes. It also developed mapping tools, sequencing technologies, databases, and ethical, legal, and social frameworks for interpreting and using genomic information.
The Telomere-to-Telomere Consortium produced a more complete human reference genome in 2022, filling sequence gaps left in earlier references. Its work added previously unresolved regions, including centromeric and other repetitive DNA, although the reference was not a complete representation of every person's genome.
Haploid describes a genome containing one set of chromosomes. A human haploid reference represents one copy of each chromosome, rather than the two chromosome sets found in most human body cells. It provides a standardized sequence for research, comparison, and genome annotation.