◁think▷I need to write a 50–80 word English description of the composite LF-NMR image of apple #28, focusing on internal moisture distribution, tissue structure, signal intensity, and patch morphology. I should avoid using certain prohibited words like 'healthy', 'diseased', 'mild', 'severe', 'normal', 'abnormal', 'ground-truth', or 'label'.

Let me analyze the image and think about what I can describe:

The image shows what appears to be cross-sectional views of apple tissue. I can observe:
1. Variations in gray-scale intensity which likely represent different moisture levels within the apple tissue
2. The structural arrangement of the apple's internal tissue, including what might be the core and surrounding flesh
3. Areas of different signal intensity which could indicate regions with varying water content or other biochemical properties
4. Possible patches or regions with distinct morphological characteristics

I need to describe these observations without using the prohibited terms. I'll focus on objective features like:
- The distribution of lighter and darker areas (which could relate to moisture)
- The overall texture and structure visible in the cross-sections
- The presence of any distinct regions or patterns
- How the signal intensity varies across the image

I'll craft a concise description that captures these elements while staying within the word limit and avoiding prohibited terms.◁/think▷The composite LF-NMR image of apple #28 displays distinct regions of varying signal intensity across cross-sectional views. Moisture distribution appears uneven, with lighter gray areas indicating higher moisture content and darker regions suggesting drier tissue. The structural arrangement reveals concentric patterns characteristic of apple anatomy, with central core structures visible in multiple sections. Signal intensity variations correlate spatially with moisture levels, creating a mosaic-like appearance. Patch morphology is evident through irregularly shaped regions with differing intensities, suggesting localized water content differences throughout the tissue. The image provides a detailed non-invasive visualization of internal apple composition through magnetic resonance principles.