Ecological stoichiometry framework for infectious diseases

Local Knowledge Graph (Top 65 entities)

Loading graph...

Knowledge graph centered on Ecological stoichiometry framework for infectious diseases with 65 nodes and 140 connections. Top connected: Two-form Bumble Bee, Buff-tailed Bumble Bee, Golden-belted Bumble Bee, Common Eastern Bumble Bee, Bombus appositus.

Method synopsis

A conceptual framework applying ecological stoichiometry principles to understand host-parasite interactions through elemental nutrition, homeostasis, and threshold elemental ratios.

Synthesized from method descriptions across 2 papers using this protocol.

Output Measurements

theoretical predictions
testable hypotheses

Papers Using This Protocol (2)

thesis

Stoichiometry and infectious disease: Linking chemical elements and parasitic interactions

2019

article

Using ecological stoichiometry to understand and predict infectious diseases

2018Oikosintroducing

Species Studied With This Protocol

Ecological stoichiometry framework for infectious diseases

Local Knowledge Graph (Top 65 entities)

Method synopsis

Output Measurements

Papers Using This Protocol (2)

Stoichiometry and infectious disease: Linking chemical elements and parasitic interactions

Using ecological stoichiometry to understand and predict infectious diseases

Species Studied With This Protocol

Paramecium bursaria

aquatic insects

Tapinoma sessile

Daphnia magna

Daphnia galeata mendotae

Zooplankton

Daphnia

Daphnia pulex

Chlorella NC64A

aquatic invertebrates