solrsherlock: linkfinding among biomolecules with literature-based discovery
DESCRIPTION
SolrSherlock's HyperMembrane as an associative fabric component of a machine reading platform. The system entails topic maps, NLP, and a society of agents to support hypothesis formation, experiment planning, and Deep QATRANSCRIPT
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HFE & BCR-ABL In Search of Links
© 2014, TopicQuests Foundation
Licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.
Jack Park
BigData Science Meetup
Freemont, CA: 17 May, 2014
Shyam Sarkar, Organizer
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Target Benefits
• SolrSherlock will support:
– Hypothesis formation
– Research/Experiment planning
– Deep Question Answering
• Personal medical issues
• … “Therefore psychologically we must keep all the theories in our heads, and every theoretical physicist who is any good knows six or seven different theoretical representations for exactly the same physics.” ―Richard Feynman
“Why, sometimes I've believed as many as six impossible things before breakfast.” ―The Queen: Through The Looking Glass
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What We Have Read: HFE
• Human hemochromatosis protein also known as the HFE protein is a protein which in humans is encoded by the HFE gene. The HFE gene is located on short arm of chromosome 6 at location 6p22.2* – Some mutations which are associated with
Hereditary Hemochromatosis (a genetic disease)**: • C282Y
• H63D *http://en.wikipedia.org/wiki/HFE_%28gene%29
**http://www.genome.gov/10001214
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What We Have Read: BCR-ABL aka: Philadelphia Chromosome
• Philadelphia chromosome or Philadelphia translocation is a specific chromosomal abnormality that is associated with chronic myelogenous leukemia (CML). It is the result of a reciprocal translocation between chromosome 9 and 22, and is specifically designated t(9;22)(q34;q11)*
*http://en.wikipedia.org/wiki/Philadelphia_chromosome
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Are HFE and BCR-ABL Linked? • One document instance which suggests they
are linked:
– “We found that HFE C282Y might be associated with a protective role against CMPD. Because chronic iron deficiency or latent anemia may trigger disease susceptibility for CMPD, HFE C282Y positivity may be a genetic factor influencing this effect.”*
• Note: this response is simply evidence of a link, a signal; it leaves open many questions
CMPD: Chronic Myeloproliferative Disease
* http://www.ncbi.nlm.nih.gov/pubmed/19258483
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Where do we go from here?
• We have read about some actors
• We seek evidence for relationships between those actors
• We have one small piece of evidence
• We turn to Literature-based Discovery (LBD)
– Read and process many papers
– Assemble an evidence field
– Determine answers and confidence levels
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Sensemaking In Biological Research
http://www.biomedcentral.com/content/pdf/1471-2105-15-117.pdf Figure 1
© 2014 Mirel and Görg; licensee BioMed Central Ltd (cc by)
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Literature-based Discovery
• Swanson’s ABC Model
• Two Varieties of LBD
– Closed Discovery
– Open Discovery
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SolrSherlock Block Level
• Models – Process Models – Conceptual Graphs – OpenBEL
• Identity – Topic Map
• Topics • Relations
• Associations – Bayes – DeepLearning – HyperMembrane
• Interface
Interface
Associations
Identity
Models
Data
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SolrSherlock’s HyperMembrane
• SolrSherlock Big Picture – Documents to harvest
– Sentences to parse • WordGrams from the sentences
– Lenses to interpret the sentences
» NTuples from the WordGrams
– Lenses to interpret whole documents
• HyperMembrane as a fabric woven from the Ntuples – Organizes statements read from literature into a kind
of associative fabric, linked into a topic map
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HyperMembrane Inspiration
http://xanadu.com/zigzag/ZZdnld/zzRefDef/
https://www.flickr.com/photos/portier/2927798222/sizes/s/
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HyperMembrane Internal Structure
Graph Agent
Structure Agent
Sentence Agent
Document Agent
Query Agent Information
Fabric
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Sentence Parse
• Salient WordGrams in that sentence:
– C282Y
– might be associated with a
– protective role against
• Transforms to: protect against
– CMPD
We found that HFE C282Y might be associated with a protective role against CMPD
+-----------------MVp-----------------------------------+ | +---------Js------------+ | +---Cet------+ | | +-------Ds---------+ | +-Sp-+--TH--+ +--G-+--Ss--+--Ix---+---Pv-----+---MVp--+ | +----A---+ +--Js--+ | | | | | | | | | | | | | | we found.p that.c HFE C282Y might.v be.v associated.v with a protective.a role.n against CMPD
Parse produced by a Java implementation of Link
Grammar Parser
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WordGram instances created while processing
the sentence
WordGram Example
• Sentence: – CO2 causes climate change
• WordGrams – Terminals
• CO2 • causes • climate • Change
– Pairs • CO2 causes • causes climate • climate change
– Triples • CO2 causes climate • causes climate change
– Quads • CO2 causes climate change
• Parsed Result—representation of the sentence: – CO2 (terminal, noun) – cause (terminal, verb, transformed causescause) – climate change (pair, noun phrase)
• Resulting NTuple – {CO2, cause, climate change}
• Where the names are replaced with topic locators from the topic map
These WordGram instances represent the
sentence; they are wired into the fabric.
This Ntuple participates in high-level structure
formation and in question answering
WordGram instances created while processing
the sentence
WordGram instances created while processing
the sentence
WordGram instances created while processing
the sentence
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Lenses
• Simple Interpreters – Based on Canonical Predicates – Build structures from parsed sentences and
WordGrams – Examples from biology
• Cause • Bind • Augment • Prevent • Increase • Decrease • Believe
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Multiple Lenses
• Consider this sentence:
– We believe that A causes B
– Two Lenses in play
• Believe
• Cause
– Result is a nested NTuple
• {We, believe, {A, cause, B}}
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Canonical Predicate
• Results from transformations on predicates
– E.g.
• A causes B, A can cause B, A will cause B A cause B
• A is caused by B B cause A
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Actors: Named Entities
• For any given named entity, there will be one and only one WordGram – Issue of Ambiguity
• Same name string can serve different topics in the topic map – Topic map maintains identity for disambiguation
• Thus, a single WordGram might be associated with more than one individual actor
• This means: – Fibers (threads) flowing through the fabric must be
maintained in bundles according to their context (topic)
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Lens Selection and Action
• The Lens:
– ProtectAgainst
• Selected by the WordGram for “protect against” – Is a transformation of the WordGram for “protective role
against”
• Lens Action:
– Create an NTuple
• {C282Y, protect against, CMPD}
• We will call that NTuple an Assertion
We found that HFE C282Y might be associated with a protective role against CMPD
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Weaving an Information Fabric
• Background:
– One and only one WordGram for each Actor (named entity)
– One and only one WordGram for each canonical Predicate
– One and only one NTuple for each Assertion
• WordGrams which form an NTuple are strung together as beads on a string in the fabric.
– Thus, it is the detection of NTuple structures (Assertions) which form the HyperMembrane’s fabric.
Note: it is next to impossible to diagram the fabric, but it will likely look like a very tangled knotted structure. https://www.flickr.com/photos/fermicat/27
3539481/in/set-72157601620157588/
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Fabric Example
• Two NTuples
– {Jack Park, AuthoredBook, The Wind Power Book}
– {Jack Park, AuthoredBook, Ohio State University Football Vault}
JP101 JP102
Book101
AuthoredBook
Wind Power Book
OSU Football…
Book102
Jack Park
Topic Map organizes fiber bundles
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Looking Forward
• Lenses, today, are hardwired – Opportunity for adaptive learning of new lenses
• Fabric, today, is simple – Opportunity to use cardinalities, frequency counts
in the fabric for: • Probabilistic modeling
• Topological studies
• Opportunity for a Domain-Specific Language (DSL) to emerge
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Completed Representation
antioxidants kill
free radicals
Contraindicates
macrophages use free radicals to
kill bacteria
Bacterial Infection Antioxidants
Because
Appropriate For
Compromised Host
Let us co-create Cognitive Agents for Discovery [email protected]
Thanks to Mei Lin Fung, David Alexander Price, and Patrick Durusau for valuable comments
SolrSherlock at: http://debategraph.org/SolrSherlock and https://github.com/SolrSherlock