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Figure 1 Acanthocytes. Peripheral blood smear showing acanthocytosis in a patient with McLeod syndrome (May Gruenwald-Giemsa; x100; scale bar = 10 μm).
Figure 12. Figure 1 Acanthocytes. Peripheral blood smear showing acanthocytosis in a patient with McLeod syndrome (May Gruenwald-Giemsa; x100; scale bar = 10 μm).

Açıklama

Peripheral blood smear from a patient with McLeod syndrome reveals acanthocytosis, characterized by irregularly spiculated red blood cells. May Gruenwald-Giemsa staining at 100x magnification (scale bar = 10 micrometers) highlights the distinctive thorny morphology of these erythrocytes.

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Brain imaging in neuroacanthocytosis typically reveals caudate nucleus atrophy and putaminal changes. This figure presents structural neuroimaging findings characteristic of advanced basal ganglia degeneration in NA patients.

Figure 13

Brain imaging in neuroacanthocytosis typically reveals caudate nucleus atrophy and putaminal changes. This figure presents structural neuroimaging findings characteristic of advanced basal ganglia degeneration in NA patients.

photograph
Brain imaging in neuroacanthocytosis typically reveals caudate nucleus atrophy and putaminal changes. This figure presents structural neuroimaging findings characteristic of advanced basal ganglia degeneration in NA patients.

Figure 14

Brain imaging in neuroacanthocytosis typically reveals caudate nucleus atrophy and putaminal changes. This figure presents structural neuroimaging findings characteristic of advanced basal ganglia degeneration in NA patients.

photograph
Brain imaging in neuroacanthocytosis typically reveals caudate nucleus atrophy and putaminal changes. This figure presents structural neuroimaging findings characteristic of advanced basal ganglia degeneration in NA patients.

Figure 15

Brain imaging in neuroacanthocytosis typically reveals caudate nucleus atrophy and putaminal changes. This figure presents structural neuroimaging findings characteristic of advanced basal ganglia degeneration in NA patients.

photograph
Neuroacanthocytosis encompasses multiple genetic subtypes with overlapping clinical features. This figure provides additional clinical, pathological, or molecular data supporting the differential diagnosis of these rare movement disorders.

Figure 16

Neuroacanthocytosis encompasses multiple genetic subtypes with overlapping clinical features. This figure provides additional clinical, pathological, or molecular data supporting the differential diagnosis of these rare movement disorders.

diagram
Neuroacanthocytosis encompasses multiple genetic subtypes with overlapping clinical features. This figure provides additional clinical, pathological, or molecular data supporting the differential diagnosis of these rare movement disorders.

Figure 17

Neuroacanthocytosis encompasses multiple genetic subtypes with overlapping clinical features. This figure provides additional clinical, pathological, or molecular data supporting the differential diagnosis of these rare movement disorders.

diagram
Neuroacanthocytosis encompasses multiple genetic subtypes with overlapping clinical features. This figure provides additional clinical, pathological, or molecular data supporting the differential diagnosis of these rare movement disorders.

Figure 18

Neuroacanthocytosis encompasses multiple genetic subtypes with overlapping clinical features. This figure provides additional clinical, pathological, or molecular data supporting the differential diagnosis of these rare movement disorders.

diagram

Figure 12

Micrograph
446 × 354px · 183,5 KB

Source Paper

Neuroacanthocytosis syndromes.

Orphanet journal of rare diseases (2011)

PMID: 22027213

DOI: 10.1186/1750-1172-6-68

Cite This Figure

![Figure 12: Peripheral blood smear from a patient with McLeod syndrome reveals acanthocytosis, characterized by irregularly spiculated red blood cells. May Gruenwald-Giemsa staining at 100x magnification (scale bar = 10 micrometers) highlights the distinctive thorny morphology of these erythrocytes.](https://pdfs.citedhealth.com/figures/22027213/69.png)

> Source: Hans H Jung et al. "Neuroacanthocytosis syndromes.." *Orphanet journal of rare diseases*, 2011. PMID: [22027213](https://pubmed.ncbi.nlm.nih.gov/22027213/)
<figure>
  <img src="https://pdfs.citedhealth.com/figures/22027213/69.png" alt="Peripheral blood smear from a patient with McLeod syndrome reveals acanthocytosis, characterized by irregularly spiculated red blood cells. May Gruenwald-Giemsa staining at 100x magnification (scale bar = 10 micrometers) highlights the distinctive thorny morphology of these erythrocytes." />
  <figcaption>Figure 12. Peripheral blood smear from a patient with McLeod syndrome reveals acanthocytosis, characterized by irregularly spiculated red blood cells. May Gruenwald-Giemsa staining at 100x magnification (scale bar = 10 micrometers) highlights the distinctive thorny morphology of these erythrocytes.<br>  Source: Hans H Jung et al. "Neuroacanthocytosis syndromes.." <em>Orphanet journal of rare diseases</em>, 2011. PMID: <a href="https://pubmed.ncbi.nlm.nih.gov/22027213/">22027213</a></figcaption>
</figure>