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import streamlit as st |
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description = "Home" |
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def run(): |
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print("\nINFO (lit_home.run) loading ", description, " page ...") |
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st.markdown('#### Background ') |
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st.markdown('\ |
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Hepatocellular Carcinoma (HCC) is a primary liver malignancy, with \ |
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alarming global impact. It is the 4th most common cause of cancer \ |
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mortality worldwide, and the 6th most common malignancy overall. \ |
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\ |
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A patient\'s prognosis increases markedly with the speed of diagnosis \ |
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and treatment, however the rates of occurrence are increasing at an \ |
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alarming rate which will commensurately challenge the medical \ |
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community. \ |
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\ |
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There are already several tools and technologies available to assist \ |
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pathologists, however the current approach is ultimately constrained by \ |
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a number of factors including: the rising demand, a limited supply \ |
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of skilled specialists, the time required to grow/replenish this talent \ |
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pool, and human factors which influence quality, accuracy, consistency, \ |
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and speed (timeliness). \ |
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') |
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st.markdown('#### Claim ') |
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st.markdown('\ |
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It is the desire of this project team to increase the prognosis of \ |
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hepatocellular cancer patients.\ |
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\ |
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Machine Learning techniques, specifically Deep Learning and \ |
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Explainability (XAI) show promise in mimic\'ing the role of the \ |
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pathologist. \ |
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\ |
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MLOps promises to establish a baseline for performance\ |
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and a basis for continuous process improvement. This could greatly \ |
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reduce human factor elements while accelerating the times and \ |
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increasing the volumes of response.\ |
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\ |
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As a minimum, an ML application can serve as a supplement to the\ |
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pathologist, a teaching aide, a verification tool, or as a framework\ |
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for community collaboration and the advancement of quality diagnosis.\ |
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') |
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st.markdown('#### Objectives ') |
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st.markdown('\ |
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A key objective of this project is to produce a deployed app that will\ |
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enable pathologists to upload a digital liver histopathology slide\ |
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image and then receive an output that classifies the segment as\ |
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malignant (or not). \ |
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\ |
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The utilization of Machine Learning and Explainability Techniques \ |
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to the traditional process of Liver Histopathology and HCC Diagnosis \ |
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could serve to greatly reduce the time to diagnosis and treatment. \ |
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\ |
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') |
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''' |
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st.markdown( |
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""" |
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Home page |
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""", |
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unsafe_allow_html=True, |
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) |
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<style> |
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# MainMenu {visibility: hidden;} |
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footer {visibility: hidden;} |
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</style> |
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''' |