import gradio as gr import pandas as pd # Load the free sample directly from the public Hugging Face dataset DATA_URL = "hf://datasets/Ichlibitiche/suppdb-supplements-sample/suppdb_sample.csv" df = pd.read_csv(DATA_URL) DISPLAY_COLS = { "brand": "Brand", "product_name": "Product", "form_type": "Form", "ingredient": "Ingredient", "ingredient_form": "Ingredient Form", "ingredient_category": "Category", "amount_per_serving_mg": "Dose (mg/serving)", "is_proprietary_blend": "Hidden in Blend", "recommended_daily_mg": "NIH RDA (mg)", "upper_safety_limit_mg": "Upper Limit (mg)", "molecular_formula": "Formula", "source_url": "NIH DSLD Label", } BLEND_FILTERS = [ "All", "Disclosed doses only", "Proprietary-blend (hidden dose) only", ] def choices(col): vals = df[col].dropna().astype(str) return ["All"] + sorted(v for v in vals.unique() if v.strip()) def explore(ingredient_query, brand, category, form, blend_filter): d = df if ingredient_query and ingredient_query.strip(): q = ingredient_query.strip() hit = ( d["ingredient"].fillna("").str.contains(q, case=False, regex=False) | d["product_name"].fillna("").str.contains(q, case=False, regex=False) ) d = d[hit] if brand != "All": d = d[d["brand"] == brand] if category != "All": d = d[d["ingredient_category"] == category] if form != "All": d = d[d["form_type"] == form] if blend_filter == "Disclosed doses only": d = d[d["is_proprietary_blend"] == 0] elif blend_filter == "Proprietary-blend (hidden dose) only": d = d[d["is_proprietary_blend"] == 1] summary = ( f"**{len(d)} ingredient records** across **{d['product_id'].nunique()} products** " f"from **{d['brand'].nunique()} brands** match โ€” out of {len(df)} records in the free sample. " f"The full SuppDB has **115,000+ ingredient records across 17,000+ products**." ) return summary, d[list(DISPLAY_COLS)].rename(columns=DISPLAY_COLS) with gr.Blocks(title="SuppDB Sample Explorer") as demo: gr.Markdown("# ๐Ÿ’Š SuppDB: Supplements & Nootropics Sample Explorer") gr.Markdown(f"""Explore **{len(df)} active-ingredient records from {df['product_id'].nunique()} real supplement products ({df['brand'].nunique()} brands)** โ€” NIH DSLD labels with **mg-normalized doses**, **proprietary-blend transparency**, and **PubChem chemistry**. --- ### ๐ŸŒ This is the free sample. The full SuppDB has 17,000+ products and 115,000+ ingredient records. * **๐Ÿ”— Official Portal (full dataset, $99 snapshot):** [suppdb.net](https://supplements-nootropics-suppdb.pages.dev) * **๐Ÿค— Free Sample Dataset (Download CSV):** [Ichlibitiche/suppdb-supplements-sample](https://huggingface.co/datasets/Ichlibitiche/suppdb-supplements-sample) * **๐Ÿ† Kaggle Dataset:** [SuppDB Supplements Sample](https://www.kaggle.com/datasets/ahtiticheamine/suppdb-supplements-sample) ---""") with gr.Row(): query_tb = gr.Textbox(label="Ingredient / Product Search", placeholder="e.g. Magnesium, Ashwagandha, Vitamin D...") brand_dd = gr.Dropdown(choices=choices("brand"), value="All", label="Brand") with gr.Row(): category_dd = gr.Dropdown(choices=choices("ingredient_category"), value="All", label="Ingredient Category") form_dd = gr.Dropdown(choices=choices("form_type"), value="All", label="Product Form") blend_dd = gr.Dropdown(choices=BLEND_FILTERS, value="All", label="Proprietary-Blend Transparency") btn = gr.Button("Explore Supplements", variant="primary") out_text = gr.Markdown() out_table = gr.Dataframe(label="Matching Ingredient Records", wrap=True) inputs = [query_tb, brand_dd, category_dd, form_dd, blend_dd] btn.click(fn=explore, inputs=inputs, outputs=[out_text, out_table]) demo.load(fn=explore, inputs=inputs, outputs=[out_text, out_table]) gr.Markdown("""--- *Sample data ยฉ SuppDB under CC BY-NC 4.0 โ€” factual label data, not medical advice. Full dataset commercially licensed at [suppdb.net](https://supplements-nootropics-suppdb.pages.dev) ยท contact suppdb.doorframe589@simplelogin.com*""") demo.launch()