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Talk:Cheetah

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This is an old revision of this page, as edited by Lowercase sigmabot III (talk | contribs) at 12:21, 6 November 2024 (Archiving 1 discussion(s) to Talk:Cheetah/Archive 3) (bot). The present address (URL) is a permanent link to this revision, which may differ significantly from the current revision.

Revision as of 12:21, 6 November 2024 by Lowercase sigmabot III (talk | contribs) (Archiving 1 discussion(s) to Talk:Cheetah/Archive 3) (bot)(diff) ← Previous revision | Latest revision (diff) | Newer revision → (diff)
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May 23, 2016Good article nomineeListed
April 30, 2020Peer reviewReviewed
Did You Know A fact from this article appeared on Misplaced Pages's Main Page in the "Did you know?" column on May 31, 2016.The text of the entry was: Did you know ... that every cheetah (pictured) has a unique pattern of spots on its coat?
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Section sizes
Section size for Cheetah (32 sections)
Section name Byte
count
Section
total
(Top) 5,521 5,521
Etymology 5,810 5,810
Taxonomy 4,307 12,112
Subspecies 7,805 7,805
Phylogeny and evolution 13,333 13,333
Genetics 5,508 10,491
King cheetah 4,983 4,983
Characteristics 12,464 42,370
Internal anatomy 13,367 13,367
Speed and acceleration 16,539 16,539
Ecology and behaviour 1,867 39,726
Social organisation 4,023 4,023
Home ranges and territories 2,317 2,317
Communication 9,887 9,887
Diet and hunting 11,155 11,155
Reproduction and life cycle 10,477 10,477
Distribution and habitat 2,609 12,695
Historical range 6,739 6,739
Present distribution 3,347 3,347
Threats 3,837 3,837
Conservation 818 18,041
In Africa 6,712 6,712
In Asia 10,511 10,511
Interaction with humans 28 27,942
Taming 9,718 9,718
In captivity 8,139 8,139
Attacks on humans 1,723 1,723
In culture 8,334 8,334
See also 41 41
References 29 29
Further reading 525 525
External links 1,039 1,039
Total 193,512 193,512
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There is a request, submitted by Catfurball, for an audio version of this article to be created. For further information, see WikiProject Spoken Misplaced Pages.

The rationale behind the request is: "Important".

Cheetah neurological adaptations

Cheetahs (And other cats) have enlarged betz cells (Or gigantopiramidal motoneurons M1) in the motor cortex and muscle fibers that they innervate, compared to other mammal taxons.

Cheetahs in particular have longer dendrites and more numerous dendritic segments than leopard of similar size.

This would be an adaptation for its extreme locomotion, to match type IIx muscle fibers predominants in cats.

https://www.coloradocollege.edu/academics/dept/neuroscience/documents/Nguyen%20et%20al.%202019a-compressed.pdf

https://www.researchgate.net/publication/320596823_Comparative_Morphology_of_Gigantopyramidal_Neurons_in_Primary_Motor_Cortex_Across_Mammals

LeandroPucha (talk) 00:01, 30 September 2024 (UTC)

Grammatical errors

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The first paragraph under "Reproduction and Life Cycle" has grammatical issues. The paragraph's first few sentences read: "Cheetahs are induced ovulators and can breed throughout the year. Females can have their first litter at two to three years of age. Polyestrous, females have an oestrus ("heat") cycle is 12 days long on average, but it can vary from three days to a month. A female can conceive again after 17 to 20 months from giving birth, or even sooner if a whole litter is lost." These sentences have grammatical errors and should be changed to the following: "Cheetahs are induced ovulators and can breed throughout the year. Females can have their first litter at two to three years of age. As cheetahs are polyestrous, females have an oestrus ("heat") cycle that is 12 days long on average, but it can vary from three days to a month. A female can conceive again 17 to 20 months after giving birth, or even sooner if a whole litter is lost." Please consider these corrections. FireflyBuffet (talk) 18:12, 3 October 2024 (UTC)

@FireflyBuffet: This paragraph has been revised since your request was opened. Do you still have any suggestions to improve the grammar? Anon126 (notify me of responses! / talk / contribs) 23:13, 3 October 2024 (UTC)
Not done for now: See prior response —closing to keep queue cleared Geardona (talk to me?) 11:36, 18 October 2024 (UTC)

Semi-protected edit request on 7 October 2024

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Typo on this page. Should be analyzed/analysed, not “Analized” 167.179.179.16 (talk) 03:23, 7 October 2024 (UTC)

 Done UtherSRG (talk) 11:23, 7 October 2024 (UTC)

Suggested edit

"The physiological reasons for speed in cheetahs are:

• A cool nose and enlarged respiratory passages that allow it to inhale and exhale more air with each breath, which helps dissipate body heat and absorb more oxygen."


I suggest delete this last part for reasons for cheetah speed ("..... and absorb more oxygen."), as this especies achieves its muscle power primarily by anaerobic-based ways.

The activity of the enzyme Lactate Dehidrogenase (LDH), an indicator of glycogen utilization and glycolisis (And anaerobic activity in general), is high, up to 6 times higher in the cheetah than in a human.

LDH activity is also 6 times higher in the muscle fibers of caracal.

For comparison, LDH activity is up to 3 times higher in the greyhound than in a human.


The Vastus lateralis muscle of the greyhound contains 76 % of oxidative–glycolytic fast–twitch muscle fibers (Type IIa).

The same muscle of the cheetah contains 76 % of glycolytic fast-twitch muscle fibers (Type IIx).


Type IIx muscle fibers, although they deplete its energy more quickly, generate faster and more powerful contractions than type IIa muscle fibers.


And so, therefore, a higher LDH activity means a higher glycolytic capacity, which means more muscle power and therefore more speed and acceleration.

Muscle power obtained anerobically.


Furthermore, aerobic enzyme activity is usually low in felids in general (Including the cheetah).


https://doi.org/10.1242/jeb.247284

https://www.academia.edu/72881628/CBP_MANUSCRIPT_19196_Part_A_1_2_Fiber_type_and_metabolic_characteristics_of_lion_Panthera_leo_caracal_Caracal_caracal_and_3_human_skeletal_muscle_4_5


https://doi.org/10.1002/ar.25207


LeandroPucha (talk) 04:54, 1 November 2024 (UTC)

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