11 March 2026·PIB

PARLIAMENT QUESTION: MARINE AND SPACE BIOTECHNOLOGY

In this note

1. At a Glance

Marine biotechnology = use of oceanic biological resources for bioproducts (food, energy, chemicals, materials); Space biotechnology = biological research/manufacturing exploiting microgravity & off-Earth environments [1].
Both flagged as priority/futuristic sectors under the BioE3 Policy (2024) of the Department of Biotechnology (DBT), Ministry of Science & Technology [1][2].
UPSC relevance: convergence of S&T (GS-III) with India's bioeconomy, space programme (Gaganyaan/BAS), and Blue Economy strategy.

Lok Sabha Parliament Question answered on 11 March 2026 by Ministry of Science & Technology confirming marine & space biotech as priority sectors under BioE3 [1].
Follows Union Cabinet approval of the BioE3 Policy on 24 August 2024 [2].

2007: First National Biotechnology Development Strategy by DBT.
2020-25: Second strategy emphasised bioeconomy growth (target ~USD 300 bn by 2030).
24 Aug 2024: Cabinet approved BioE3 Policy — Biotechnology for Economy, Environment & Employment [2].
11 Mar 2026: Parliament Q&A formally lists marine & space biotechnology among BioE3 priority sectors [1].

Policy: BioE3 (Biotechnology for Economy, Environment & Employment) [2].
Nodal Ministry/Dept: Department of Biotechnology (DBT), Ministry of Science & Technology [1].
Implementing PSU: BIRAC (Biotechnology Industry Research Assistance Council) — DBT's PSU [1].
BioE3 thematic sectors: (i) high-value bio-based chemicals, biopolymers & enzymes; (ii) smart proteins & functional foods; (iii) precision biotherapeutics; (iv) climate-resilient agriculture; (v) carbon capture & utilisation; (vi) marine & space research [2].
Space biotech priority areas: microgravity research, space biomanufacturing, bioastronautics, space biology [1].
Marine biotech focus: biomanufacturing ecosystem tapping oceanic resources/space for food, energy, chemicals, materials [1].
Delivery mechanisms under BioE3: Biomanufacturing Hubs, Bio-AI Hubs, Biofoundry [2].

Scientific/Technological: Microgravity enables novel protein crystallography, stem-cell/organoid research; marine extremophiles yield novel enzymes & antimicrobials [1].
Economic: Aligns with India's bioeconomy goal (~USD 300 bn by 2030); biomanufacturing positioned as next sunrise sector; job creation in skilled R&D workforce [2].
Environmental: Supports Net Zero, LiFE (Lifestyle for Environment), and Circular Bioeconomy via regenerative green-growth models [2].
Strategic: Bioastronautics dovetails with Gaganyaan and proposed Bharatiya Antariksh Station (BAS, 2035); marine biotech complements the Blue Economy & Deep Ocean Mission.
Administrative: Multi-institutional — DBT + BIRAC + national institutes/universities for screening marine bioproducts [1]; cross-cutting with ISRO, MoES (Ministry of Earth Sciences).

24 Aug 2024: Cabinet approves BioE3 Policy [2].
11 Mar 2026: PIB release confirms marine & space biotechnology as DBT priority sectors; national institutes engaged in marine bioproduct screening [1].

BioE3 Policy approved by Union Cabinet on 24 August 2024 [2].
BioE3 expands as Biotechnology for Economy, Environment and Employment [2].
Nodal department: DBT under Ministry of Science & Technology (not MoES, not DST) [1].
DBT's PSU implementing biotech industry support: BIRAC [1].
Space biotech priority areas under BioE3: microgravity research, space biomanufacturing, bioastronautics, space biology [1].
BioE3 thematic sectors include smart proteins & functional foods and carbon capture & utilisation [2].
BioE3 envisages Biomanufacturing Hubs, Bio-AI Hubs, and Biofoundry as delivery platforms [2].
Policy steers India toward Circular Bioeconomy and Green Growth [2].
Marine biotech goal: oceanic resource-based biomanufacturing for food, energy, chemicals, materials [1].
Linked national initiatives: Net Zero commitment & LiFE mission [2].

GS-III: Science & Technology — developments and applications; Indigenisation; Awareness in biotech, space.
GS-III: Environment — sustainable development, circular economy.
Probable stems: 1. "Discuss how the BioE3 Policy positions India in the global biomanufacturing race. Examine the role of marine and space biotechnology as futuristic priority sectors." 2. "Bioastronautics and microgravity research will be central to India's human spaceflight ambitions. Comment." 3. "Evaluate the synergies between the Blue Economy framework and marine biotechnology under BioE3."

Gaganyaan & Bharatiya Antariksh Station (2035) — host platform for space biology experiments.
Deep Ocean Mission (MoES) — parallel pillar for marine resource exploitation.
National Biopharma Mission / BIRAC — institutional precedent for biomanufacturing.
National Quantum Mission / National Green Hydrogen Mission — sister sunrise-sector policies.
Bioeconomy USD 300 bn target by 2030 — macro frame for BioE3.
CRISPR / Genome India Project — adjacent biotech S&T pushes.
UN High Seas Treaty (BBNJ, 2023) — international rules on marine genetic resources.
NIO Goa, NIOT Chennai, CMLRE Kochi — national institutes engaged in marine bioprospecting.

BioE3 is a DBT (Min. of S&T) policy, not a MoES or ISRO programme — though it overlaps both.
Cabinet approval date is 24 Aug 2024, not 2023 or 2025.
The third "E" is Employment, not Energy or Environment-only (all three Es together).
BIRAC is a Section-8 company PSU of DBT — easily confused with BIS, BIRA, or BIMSTEC.
Marine & space biotech are priority sectors under BioE3, not standalone missions/policies.