Identifying the Benefits, Capabilities, Components, and Processes of SAP Cell and Gene Therapy Orchestration

Objective

After completing this lesson, you will be able to describe the high-level process of delivering a typical cell therapy and the unique supply chain of Cell and Gene Therapy operations

Introduction to High Level Processes​ of SAP Cell and Gene Therapy

Cell & Gene Therapies as New Treatment Modalities

Over the past decade, cell and gene therapies-also known as advanced therapy medicinal products (ATMPs)-have revolutionized the treatment landscape with their unprecedented therapeutic potential. Offering significant advantages over traditional therapies, these living cell-based treatments introduce new mechanisms of action to address diseases at the cellular level. With numerous products already in the market and about two thousand trials underway, they represent a burgeoning area of research. As the pipeline of CGT products transitions from clinical trials to market, new business capabilities will be crucial for ensuring they reach patients efficiently during commercialization.

Cell and Gene Therapy Sector Data Q4 2023. The image is a table showing data for North America, Asia Pacific, Europe, and the total for three categories: Developers, Clinical Trials, and Investment. The list comprises of three points. First is Developers: North America has 1,184, Asia Pacific has 925, Europe has 568, and the total is 2,762. Second is Clinical Trials: North America has 978, Asia Pacific has 805, Europe has 360, and the total is 1,920. And Lastly, Investment: North America has $8.3B, Asia Pacific has $2.1B, Europe has $1.2B, and the total is $11.7B.The data is provided by Global Data and the Alliance for Regenerative Medicine. Totals refer to unique quantities and may include data from other regions not shown.
This image is adopted from the Alliance for Regenerative Medicine report with permission.

Examples of Approved SAP Cell and Gene Therapy Orchestration Products are:

  • 2017: Kymriah, Yescarta, and Luxturna
  • 2018: Alofisel
  • 2019: Zolgensma, and Zynteglo
  • 2020: Tecartus, and Libmeldy
  • 2021: Breyanzi, Abecma, Stratagraft, Skysona, and Carteyva
  • 2022: Carvykti, Upstaza, and Hemgenix
  • 2023: Elevidys, Roctavian, Imlygic, Omisirge, Vyjuvek, Lantidra, Casgevy, and Lyfgenia
  • 2024 (As of Q1 2024): Amtagvi, and Lenmeldy

High-level Process Overview for an Autologous Cell Therapy

Understanding the necessity for novel business capabilities begins with examining the sophisticated journey of delivering an autologous cell therapy-where a patient's cells are transformed into a customized therapeutic agent.

A circular flowchart illustrating the eight stages of a medical treatment process. The stages are numbered and color-coded as follows: first is Patient referral and qualification in green; second is Treatment submission and biospecimen collection in light blue; third is Cell preparation in purple; fourth is Inbound transport logistics in blue; fifth is Manufacturing (CMO) in green; sixth is Outbound transport logistics in orange; seventh is Infusion and dosing in dark blue; and eighth is Billing and reimbursement in purple. Each stage is represented by an icon relevant to the step described. The flowchart is designed to show the cyclical nature of the process.

This intricate process unfolds in several stages:

  • Patient selection and therapeutic matching set the stage for treatment.
  • Collection of the patient's cells initiates the therapy's foundational phase.
  • Preparation and stabilization of cells, such as through cryopreservation, ensure viability for manipulation.
  • Logistics management, potentially involving third-party organizations, moves cells to manufacturing facilities.
  • Complex manufacturing processes including cell isolation, modification, and expansion, followed by meticulous QA, ready the cells for patient application.
  • Careful shipping conveys the cells to the clinical setting for infusion.
  • The concluding phases encompass treatment administration and the critical financial aspects of billing and reimbursement.

Mapping of the Processes to SAP Cell and Gene Therapy Orchestration

The journey from cell collection to therapy delivery is intricate and interdependent, involving a web of interactions between the cell therapy provider and numerous stakeholders. SAP Cell and Gene Therapy Orchestration is engineered to navigate this complexity, providing a synchronized overview of the patient and product pathways, ensuring precision and timeliness in therapy delivery. The system fortifies this process with integrated capabilities such as Order Management, Biospecimen Tracking, Process Workflow, Finished Product Logistics, and a robust framework for Chain of Identity and Chain of Custody, complete with comprehensive reporting features.

The image is a circular flowchart illustrating the SAP Cell and Gene Therapy orchestration process. The flowchart is divided into eight segments, each representing a step in the process:Patient referral and qualification; Treatment submission and biospecimen collection; Cell preparation; Inbound transport logistics, Manufacturing (CMO); Outbound transport logistics; Infusion and dosing; and Billing and reimbursement. At the center of the flowchart is a circle labeled SAP Cell and Gene Therapy Orchestration, with icons representing various activities such as order management, biospecimen shipment, processing activities, and finished product shipment. The flowchart uses different colors to distinguish each step and includes relevant icons for visual representation.

SAP Cell and Gene Therapy Orchestration Focus and Value Chain

SAP Cell and Gene Therapy Orchestration stands as a platform of capabilities between the clinical domain and the intricate logistics of the supply chain. It acts not only as a facilitator and manager but also as the vital connection ensuring the orchestration of diverse functions across the supply chain. The platform is designed to streamline operations, guiding CGT case managers and associated roles in securing the flawless execution of patient orders. With a focus on precision and timeliness, SAP Cell and Gene Therapy Orchestration serves as the critical enabler for end-to-end transparency and zero-error delivery in the cell and gene therapy ecosystem.

Diagram illustrating the SAP Cell and Gene Therapy Orchestration system. The central cloud-based SAP system is connected to various external systems. On the left, arrows point from the Clinical system and Treatment center system to the SAP system, indicating data flow into the SAP system. The SAP system is divided into four segments: Order management, Logistics, COI and COC, and Manufacturing. On the right, arrows point from the SAP system to three external systems: Logistics service provider system (courier), Vendor/MAH ERP or SAP S/4HANA, and (CMO) Manufacturing system, indicating data flow out of the SAP system.

In other words; SAP Cell and Gene Therapy Orchestration is a platform of capabilities to facilitate, manage, and drive the cell and gene therapy supply chain. It is the central data hub between all supply chain stakeholders, generating end-to-end visibility and helping ensure patient orders are fulfilled on time with zero errors. Add-ons are provided to handle sensitive patient-relevant data and documents (protected health information data) and the integration to an SAP S/4HANA system.

We built SAP Cell and Gene Therapy Orchestration as an industry cloud solution on the SAP Business Technology Platform (SAP BTP) and it is completely micro-services based. Furthermore, we opted for an event-based architecture approach. Together, this provides the following advantages:

  • Keeps the S/4HANA core clean
  • Ease and pace of innovation with frequent releases. Provides flexibility to react to quickly changing industry requirements
  • Usage of latest innovations in SAP BTP with easier adoption for example, AI services, SAP Cloud ALM, Auto Scaler, and others.
  • Auto scalability and deployment flexibility
  • Support multiple SAP ERP instances integrations
  • Support multiple SAP HANA Cloud Platform integrations
  • Support multiple Protected Health Information data vault integrations
  • Flexible authorization, access and role access including non-ERP users
  • Minimal required enhancements for integration purposes rather than function/features
  • Event and micro-services based architecture
  • Ease of change of configuration and setup of new therapy models
  • Enables more flexible collaboration with external stakeholders, such as, direct integration with couriers, ability to provide access to select apps to Contract Manufacturing Organizations (CMO)
  • Ability to add regional deployments later
  • End-to-end visibility in one UI allows quick identification and mitigation of exceptions

Key Benefits of SAP Cell and Gene Therapy Orchestration

The image consists of three icons with accompanying text. The first icon is a truck, representing End-to-end supply chain visibility and orchestration in line with regulatory compliance. The second icon is a credit card with circular arrows around it, symbolizing Reducing cost and turn-around time. The third icon is a calendar, indicating Faster time to market for cell and gene therapies.

We see clear benefits that employing SAP Cell and Gene Therapy Orchestration provides are:

  • End-to-end supply chain visibility and orchestration in line with regulatory compliance
  • Establish and maintain chain of identity and chain of custody
  • Orchestrate delivery of finished product to the right patient at the right time with zero errors
  • Be compliant with regulatory requirements and reduce compliance costs
  • Reducing cost and turn-around time
  • Increase efficiency by orchestrating the cell or gene therapy supply chain
  • Accelerate setup and roll out of new therapies or products
  • Integrate with all relevant business partners - treatment center, cell labs, CMO's, and logistics service providers
  • Faster time to market for cell and gene therapies
  • Reduce manual effort to onboard new treatment centers
  • Achieve your clinical trial recruitment goal faster by working with more sites
  • Be ready to scale your cell or gene therapy supply chain for commercial phase

Processing an Autologous Cell Therapy Treatment Order: Process Overview

Setting up a typical autologous cell therapy program requires new processes that differs a lot from the traditional "make to stock" manufacturing in the life science industry for small-molecules or biological drugs. Autologous cell therapies are personalized products that require the patient's own cells as input for the manufacturing process.

The image is a flowchart illustrating the process of managing a treatment order and shipment of biospecimens and finished products. The flowchart is divided into six main stages, each represented by an icon and a blue arrow pointing to the next stage. Below each stage, there are specific tasks listed, with tasks assigned to the Treatment Order Manager highlighted in light blue and tasks assigned to the Manufacturing Organization highlighted in white.

Thus, the process begins with receiving the treatment order from the treatment center where the patient has been identified and found to be eligible for this therapy. The treatment order manager then needs to determine the exact supply chain for this order, confirm the schedule for it and book the courier for the biospecimen shipment from the treatment center to the manufacturing facility.

The manufacturing organization then takes over to manage the incoming biospecimen. Here, the hangtag label that will be used need to be printed to be ready to be applied. Once the biospecimen shipment has arrived, the receipt is confirmed and the biospecimen dispositioned before the processing activities are started.

The actual manufacturing begins by managing the process order batch details and reporting the processing start. While the manufacturing steps are ongoing, the labels for the finished products are printed. Once processing is completed, this is again reported before the finished product is dispositioned and prepared for the shipment.

The manufacturing organization allocates batches of the finished product to the shipment and the treatment order manager books the courier for the finished product shipment accordingly to the schedule. The last step that the manufacturing organization needs to do is to confirm the finished product pickup once the courier picked up the shipment.

The successful receipt of the finished product shipment is then confirmed by the treatment center before the product is used.

SAP Cell and Gene Therapy Orchestration Components Overview

SAP Cell and Gene Therapy Orchestration is composed of core and cross components with distinct capabilities to support this complex supply chain. It is the hyper-connected conduit between all functions in the supply chain, helping the cell and gene therapy case manager and related roles to ensure patient orders are fulfilled on time with zero errors.

The image is a diagram illustrating the components of a business technology platform for SAP Cell and Gene Therapy Orchestration. It is divided into three sections: Cross-components, Core components, and External solutions. It is further described in the section below.

The core components are:

  • Treatment order: Used to get an overview of a single treatment order for a patient and all related data and documents. It can also be used to manage individual steps like shipments and processing activities.
  • Flow version: Used to determine the exact supply chain for a single treatment order based on location rules.
  • Goods flow: Used to manage the product journey from the biospecimen collection and shipment, through the processing activities, optional distribution center or depot steps, to the shipment of the finished product.

The cross components are:

  • Document management: Documents can be added/uploaded for later review or documentation purposes at all major steps in the process
  • Chain of identity and chain of custody: All steps of the patient and product journey are recorded to ensure that the right product is delivered to the right patient and to be able to provide a report.
  • Exception management: If deviations or delays are noticed, exceptions can be raised to assign somebody to work on a resolution
  • Task management: Can be used to assign to-dos to individuals to support the process
  • Treatment scheduling: Set up and manage planned dates for the steps of therapy delivery
  • Supply chain partner portal: External contributors (for example, contract manufacturers that perform some or all of the steps in the manufacturing process) can be provided access to individual apps of SAP Cell and Gene Therapy Orchestration to manage the steps they are responsible for

Typically, SAP Cell and Gene Therapy Orchestration will be interacting with a number of external systems, mainly with the SAP ERP system of the cell therapy manufacturer and the patient onboarding and management application on the treatment center side. With SAP Cell and Gene Therapy Orchestration, we also deliver an SAP S/4HANA add-on which enables native integration between SAP Cell and Gene Therapy Orchestration and SAP S/4HANA, which provides the following benefits:

  • Saves significant number of days of custom effort in developing the custom integration and integration mapping&content (approx. 3000 days)
  • Standard integration with increased value over time via roadmap of the product
  • Reduction of effort and time in implementation and testing
  • Standard SAP support for the integration add-on
  • Support for integration add-on for future upgrades of S/4HANA (compatibility)
  • Modern enterprise events based asynchronous integration leading to higher resilience and throughput
  • Developed by SAP engineering teams to ensure, modification free integration add-on
  • Standard extension points allow customers to build their own extensions in compliant way

SAP Cell and Gene Therapy Orchestration Capabilities Overview

With the core and cross components as shown in the image below, SAP Cell and Gene Therapy Orchestration provides the four capabilities to support the supply chain of a cell or gene therapy.

The image is a diagram illustrating the SAP Cell and Gene Therapy Orchestration system. At the center is a cloud icon representing the orchestration system. Four lines extend from the cloud to four icons and labels: Order Management with a document icon, Manufacturing with a laboratory flask icon, Logistics with a map icon, and COI/COC with a mobile phone icon. The diagram visually connects these components to the central orchestration system, indicating their integration.
*An on-premise add-on is provided to handle sensitive patient-relevant data and documents (protected health information data)
  1. Order Management
    • Provides Order Management with configurable orchestration of the process from Bio-specimen pickup till delivery of the therapy
    • Approval workflow for orders
    • Enables visibility for Pick-up and Delivery date reservation
  2. Manufacturing:
    • Provide visibility of manufacturing status
    • Supports processing, disposition and logistics of product batches
    • Label management with interface to existing printing solutions 
  3. Logistics:
    • Manage shipment order lifecycle (soft booking, booking, handovers, and others)
    • Interaction with multiple Logistic Service Providers
    • Provides digital document exchanges
  4. Chain of Identity (COI) and Chain of Custody (COC) management and reporting:
    • Generate or capture COI/COC IDs
    • Collect and store COI/COC events
    • Provide COI/COC reporting

As an introduction to the SAP Cell and Gene Therapy Orchestration solution, we invite you to watch this short video.

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