Design a batik pattern that elegantly combines traditional artistry with a modern biology theme, focusing on a DNA chain motif. The pattern should depict stylized double helix structures, intricately woven into the fabric's design, with the twisted ladder-like strands artistically interpreted using flowing lines and delicate detailing. The nucleotides, represented as stylized shapes or symbols, should connect the strands, adding a sense of movement and continuity. The pattern incorporates traditional batik elements such as floral motifs, vines, and geometric shapes, seamlessly blending them with the DNA strands. The color palette should feature rich, earthy tones like deep blues, greens, and browns, with subtle highlights in gold or silver to add a contemporary twist. These colors should evoke a sense of depth and complexity, reflecting the intricate nature of both DNA and batik art. The background can include a subtle gradient or additional traditional motifs to enhance the depth and richness of the design. The image is rendered in stunning 8K resolution with HDR, capturing every intricate detail in hyperrealistic quality. Using Unreal Engine v5, the scene is brought to life with photorealistic textures and highly detailed features, making the batik fabric's texture and the DNA motifs incredibly lifelike. The lighting is professionally set to highlight the intricate designs and vibrant colors, creating a captivating and harmonious visual. The composition emphasizes the fusion of traditional Indonesian batik with modern scientific concepts, resulting in a high-resolution, UHD visual masterpiece that celebrates the intersection of culture and science.