Dalmeet Singh Chawla is a freelance science journalist based in London. His work has been featured in Nature, Science, Slate, Undark, The Economist, New Scientist and Pacific Standard, among other publications. See more about his work here: www.dalmeets.com.
Dalmeet Singh Chawla
Contributing writer
From this contributor
Faked results lead to retraction of high-profile cancer neuroscience study
An investigation found that the experiments required more animals than the scientists had purchased.
Faked results lead to retraction of high-profile cancer neuroscience study
‘Tainted kids,’ other odd phrases cropping up in autism studies
The “tortured phrases” — strangely worded paraphrases of established terms — may be the work of software that attempts to disguise plagiarism.
‘Tainted kids,’ other odd phrases cropping up in autism studies
Why was a study about autism cited by a paper on plant beauty?
Autism studies are appearing in the reference lists of entirely unrelated papers, suggesting what a few scholars worry is a plot to manipulate citations.
Why was a study about autism cited by a paper on plant beauty?
Large study supports discarding the term ‘high-functioning autism’
Autistic people described as ‘high functioning’ because they do not have intellectual disability often still struggle with daily living skills.
Large study supports discarding the term ‘high-functioning autism’
Data analysis, open access could improve peer-review process
Data analysis can improve the vetting of scientific papers, but first publishers must agree to make the information public.
Data analysis, open access could improve peer-review process
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Remembering GABA pioneer Edward Kravitz
The biochemist, who died last month at age 92, was part of the first neurobiology department in the world and showed that gamma-aminobutyric acid is inhibitory.
Remembering GABA pioneer Edward Kravitz
The biochemist, who died last month at age 92, was part of the first neurobiology department in the world and showed that gamma-aminobutyric acid is inhibitory.
Protein tug-of-war controls pace of synaptic development, sets human brains apart
Human-specific duplicates of SRGAP2 prolong cortical development by manipulating SYNGAP, an autism-linked protein that slows synaptic growth.
Protein tug-of-war controls pace of synaptic development, sets human brains apart
Human-specific duplicates of SRGAP2 prolong cortical development by manipulating SYNGAP, an autism-linked protein that slows synaptic growth.
Neurons tune electron transport chain to survive onslaught of noxious stimuli
Nociceptors tamp down the production of reactive oxygen species in response to heat, chemical irritants or toxins.
Neurons tune electron transport chain to survive onslaught of noxious stimuli
Nociceptors tamp down the production of reactive oxygen species in response to heat, chemical irritants or toxins.