Happy New Year.
In Part 2, we turn our focus to technological domains where steady and meaningful progress is expected beyond 2026. Rather than highlighting short-lived trends, this article explores areas grounded in scientific necessity and long-term development.
AI and Life Sciences Enter a New Phase
Artificial intelligence has become deeply embedded in life sciences. Looking ahead, the emphasis will shift from standalone AI tools to integrated systems that connect data infrastructure, experimental platforms, and human expertise.
This integration supports more reliable decision-making and reproducible research, positioning AI as a complement to scientific judgment rather than a replacement.
The Evolution of Drug Modalities and Design Philosophy
Established modalities such as antibody therapeutics, ADCs, and multispecific antibodies continue to evolve. Advances in target selection, molecular design, and mechanistic understanding are enabling more precise therapeutic strategies.
In 2026, progress is likely to be driven by refinement and thoughtful application of existing technologies rather than the emergence of entirely new modalities.
Advancing In Vivo Approaches and Control Technologies
In cell and gene therapy, in vivo approaches are steadily advancing. Improvements in delivery systems, immune modulation, and controllable mechanisms represent critical steps toward broader applicability.
While commercialization remains a longer-term goal, 2026 will be an important period for strengthening these foundational technologies.
Radiopharmaceuticals and Emerging Therapeutic Platforms
Radiopharmaceuticals and targeted radiation therapies are gaining renewed attention. These platforms, which integrate physics, chemistry, and medicine, are characterized by high technical barriers and specialized expertise.
Over time, they are expected to play a growing role in specific disease areas as part of diversified treatment strategies.
Precision Medicine and the Role of Biomarkers
As technologies advance, defining the right patient population becomes increasingly important. Progress in diagnostics and genomic profiling enables more precise treatment selection and improved clinical outcomes.
Precision medicine will continue to evolve alongside drug development as a central pillar of modern healthcare.
Longevity Research Moves Toward Scientific Clarity
Longevity research is transitioning from broad concepts to more clearly defined scientific frameworks based on disease biology and measurable biomarkers. In 2026, greater clarity in research focus and evaluation is expected.
My Perspective: Engaging with Technological Progress
The pace of technological innovation continues to accelerate, yet its true value depends on how thoughtfully it is applied. I find it increasingly important to focus not only on what is new, but on how innovation contributes meaningfully to patients and society.
As we move beyond 2026, the challenge for biotech and pharma will be to integrate diverse technologies into coherent solutions. The future will not be shaped by a single breakthrough, but by continuous dialogue, careful choices, and long-term commitment to impact.
※This article was edited and curated by Morningglorysciences based on publicly available information and editorial principles.
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