AI AGENT 01
Summary extraction
Produces a TLDR, structured narrative, study type, specialty tags, and PICO fields when the study supports them.
PICOSOURCE TEXT
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Six specialised agents read the paper and return a structured summary, a breakdown of the findings, a shareable card, and a clinical bottom line — in about thirty seconds.
Three specialised AI steps generate the summary, findings, and concept map. A fourth model checks important generated claims against the source. No clinician reviews these summaries — you are the reviewer, and the source is always one click away.
Produces a TLDR, structured narrative, study type, specialty tags, and PICO fields when the study supports them.
Extracts the main outcomes, reported statistics, source quotes, and limitations from the paper.
Organises background, methods, results, limitations, and implications into a navigable concept tree.
Checks important generated claims against the source. This is a model self-check, not peer review, GRADE, or a risk-of-bias assessment.
Renders selected generated content into a downloadable card that carries an AI-generated disclaimer.
Links to the original paper and exports a formatted citation, BibTeX, or RIS from source metadata.
CiteRounds is in closed beta. The corpus is open-access research from PubMed Central, summarised by AI and checked against the source — not a substitute for reading it.
In this year-long field experiment in heifers in the humid tropics, rotational grazing with a 45-day pasture rest was associated with the lowest Rhipicephalus microplus infestation, while a 30-day rest produced the highest tick burdens. The main practical finding is that 30 days of pasture rest was not enough to reduce tick infestation, but 45 days appeared beneficial under these conditions. This is clinically relevant for cattle health and farm management because it suggests a non-chemical strategy that may help reduce acaricide use and chemical residues in milk, meat, and the environment.
In an 8-week feeding trial in juvenile dotted gizzard shad, diets containing fish meal as the sole protein source supported the best overall growth and feed utilization at an estimated dietary crude protein level of 31.75–33.82%. Both low protein and high protein diets were unfavorable: low protein was associated with poorer growth and feed utilization, while excessive protein altered digestive enzyme activity and amino acid metabolism. These findings are clinically significant for aquaculture because they provide a practical target protein range for formulating feeds for juvenile Konosirus punctatus while helping avoid inefficient protein use and unnecessary nitrogen waste.
This yak stomach study found that the most reliable RT-qPCR reference genes across growth were RPS15, MRPL39, and RPS23, while YWHAZ was the least stable overall. Using these three genes together gave RT-qPCR results that matched RNA-seq patterns for HMGCS2, whereas unstable reference genes could create misleading differences. The practical significance is that future yak stomach gene-expression studies should use these validated controls to get more accurate molecular data about digestion and nutrient metabolism.
In this randomized experiment of 20 Holstein-Friesian heifer calves, feeding 8 L/day of milk before weaning produced faster growth, with calves 19.0 kg heavier at 10 weeks than calves fed 4 L/day, and was associated with stronger post-vaccination immune and metabolic responses. Calves on the higher milk allowance had higher white cell counts, higher glucose and insulin, and lower beta-hydroxybutyrate around an immune challenge, while solid feed intake was mostly similar between groups. These findings suggest that restricted milk feeding may be suboptimal for preweaning dairy calf health, resilience, and productivity.
In this 21-day piglet feeding trial, extruded medium-grain rice, long-grain rice, and wheat all supported similar early postweaning growth, but diets with vegetable proteins reduced growth performance in weeks 2 and 3. Vegetable proteins also trended toward lower faecal β-haemolytic Escherichia coli scores, while rice-based diets generally improved digestibility compared with wheat. Clinically, the study suggests extruded rice is a good cereal for nursery pigs, but protein source strongly affects growth, gut health, and nutrient digestibility.
This systematic review found that goose meat contains manganese, with levels varying by breed, muscle type, skin presence, and cooking method, and that 100 g can contribute meaningfully to adult manganese intake. Leg meat and some cooking methods, especially pan frying with oil and grilling, generally provided the highest manganese values reported. Clinically, the authors suggest goose meat may help diversify dietary manganese intake, which is relevant because low manganese status has been linked in the literature cited to bone, metabolic, and neuropsychiatric disorders.
Free during the closed beta. No credit card or paid subscription is active. Every AI-generated output should be checked against its linked source.