Why Do Models Of Insect Respiratory Patterns Fail?

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Insects exchange respiratory gases using an astonishing diversity of patterns. Of these, discontinuous gas exchange cycles (DGCs) have received the most study, but there are many

Why do models of insect respiratory patterns fail__John S.

In this paper I provide evidence that the three patterns described above are not distinct, but rather are a continuum. The critical parameters influencing the pattern are 1) the

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COMMENTARYWhydomodelsofinsectrespiratorypatternsfail?JohnS.Terblanche1*andH.ArthurWoodsABSTRACTInsectsexchangerespiratorygasesusinganastonishingdiversityofpatterns

We propose that renewed efforts be undertaken to integrate across levels and approaches with the goal of developing a new class of general, flexible models capable of explaining a greater

Why Do Models of Insect Respiratory Patterns Fail? John S
Mechanisms of insect respiration
Hypotheses regarding the Discontinuous Gas Exchange Cycle of insects

Semantic Scholar extracted view of „Spiracular control in moth pupae : passive generation of respiratory patterns“ by T. D. Förster. Skip to search form Skip to main content Skip to account

Insects exchange respiratory gases using an astonishing diversity of patterns. Of these, discontinuous gas exchange cycles (DGCs) have received the most study, but there are many

The second difficulty is that the framework will have to provide ultimate, evolutionary explanations for why patterns vary within and among insects as well as proximate physiological explanations

Why do models of insect respiratory patterns fail? Article. Jul 2018; H. Arthur Woods; John S. Terblanche ; Insects exchange respiratory gases using an astonishing

This paper attempts to summarise what is currently known about insect gas exchange regulation, examining the location and control of ventilatory pattern generators in the

Why do models of insect respiratory patterns fail? Article. Jul 2018; John S. Terblanche; H. Arthur Woods; Insects exchange respiratory gases using an astonishing diversity of patterns. Of these

Why do models of insect respiratory patterns fail? John S. Terblanche1,* and H. Arthur Woods2 ABSTRACT Insects exchange respiratory gases using an astonishing diversity of patterns. Of

Semantic Scholar extracted view of „A computational model of insect discontinuous gas exchange: A two-sensor, control systems approach.“ by B. J. Grieshaber et al. Skip to

Table 1 – „Hypotheses regarding the discontinuous gas exchange cycle (DGC) of insects.“ Table 1 – „Hypotheses regarding the discontinuous gas exchange cycle (DGC) of insects.“ Skip to

We propose that renewed efforts be undertaken to integrate across levels and approaches with the goal of developing a new class of general, flexible models capable of explaining a greater

Insects exchange respiratory gases using an astonishing diversity of patterns. Of these, discontinuous gas exchange cycles (DGCs) have received the most study, but there are

Why do models of insect respiratory patterns fail? John S. Terblanche1,* and H. Arthur Woods2 ABSTRACT Insects exchange respiratory gases using an astonishing diversity of patterns. Of

Insects exchange respiratory gases using an astonishing diversity of patterns. Of these, discontinuous gas exchange cycles (DGCs) have received the most study, but there are

A new study investigating the respiratory system of insects may have solved a mystery that has intrigued physiologists for decades: why insects routinely stop breathing for

Insects exchange respiratory gases using an astonishing diversity of patterns. Of these, discontinuous gas exchange cycles (DGCs) have received the most study, but there are many

We propose that renewed efforts be undertaken to integrate across levels and approaches with the goal of developing a new class of general, flexible models capable of explaining a greater

Table 2. Adaptive and non-adaptive explanations proposed for DGCs and pattern transitions – „Why do models of insect respiratory patterns fail?“

Why do models of insect respiratory patterns fail? J Exp Biol, 221 (13) (2018), Article jeb130039. View in Scopus Google Scholar [15] C Wagner, K Isermann, H Fehrenbach, T.

Duncan, The use of the anaesthetic, enflurane, for determination of metabolic rates and respiratory parameters in insects, using the ant Camponotus maculatus Fabricius as the

Usually there is convective transport (see Glossary) of patterns. Of these, discontinuous gas exchange cycles (DGCs) have oxygen to the exchange surface from the environment, either by

Why do models of insect respiratory patterns fail? Article. Jul 2018; J EXP BIOL; John S. Terblanche ; H. Arthur Woods; Insects exchange respiratory gases using an astonishing

This paper attempts to summarise what is currently known about insect gas exchange regulation, examining the location and control of ventilatory pattern generators in the

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Why Do Models Of Insect Respiratory Patterns Fail?

Why do models of insect respiratory patterns fail__John S.