President And Fellows Of Harvard College vs Controller General Of Patents Designs And Trademarks
- Court
- Delhi High Court
- Case type
- Civil Appeal Commercial Intellectual Property Division - Patent
- Decided on
- 28-03-2026
<div> * <b>IN THE HIGH COURT OF DELHI AT NEW DELHI</b><br /> % <i>Judgment delivered on: 28.03.2026</i><br /> + <b>C.A.(COMM.IPD-PAT) 493/2022</b><br /> <b>PRESIDENT AND FELLOWS OF HARVARD</b><br /> <b>COLLEGE</b> .....Appellant<br /> versus<br /> <b>CONTROLLER GENERAL OF PATENTS DESIGNS AND</b><br /> <b>TRADEMARKS</b> .....Respondent<br /> <b>Advocates who appeared in this case</b><br /> For the Appellant : Dr. Satyapal Arora, Mr. Ashish Sharma, Mr.<br /> Kuldeep Kumar Singh & Mr. Nitin Sharma,<br /> Advocates.<br /> For the Respondent : Mr. Balendu Shekhar, CGSC with Mr.<br /> Krishna Chaitanya, Mr. Rajkumar Maurya,<br /> Mr. Divyansh Singh Dev and Ms. Tanisha<br /> Samanta, Advocates.<br /> Dr. Bhanumathi R, Assistant Controller of<br /> Patents & Designs (through VC).<br /> <b>CORAM:</b><br /> <b>HON'BLE MR. JUSTICE TEJAS KARIA</b><br /> <b>JUDGMENT</b><br /> <b>TEJAS KARIA, J</b><br /> <b>INTRODUCTION</b><br /> 1. This is an Appeal under Section 117 of the Patents Act, 1970 (“ <b>Act</b> ”)<br /> read with Section 151 of the Code of Civil Procedure, 1908 filed against the<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 1 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> order dated 25.08.2022 (“ <b>Impugned Order</b> ”) passed by the Controller<br /> General of Patents, Designs and Trademarks (“ <b>Respondent</b> / <b> Controller</b> ”)<br /> whereby the learned Controller refused the grant of patent <i> vide</i> Patent<br /> Application No. 201617000758 titled as “ <i>SC-β </i> <i>CELLS </i> <i>AND </i><br /> <i>COMPOSITIONS AND METHODS FOR GENERATING THE SAME</i> ” dated<br /> 08.01.2016 (“ <b>Subject Application</b> ”).<br /> <b>FACTUAL MATRIX</b><br /> 2. On 11.06.2013, the Appellant filed the First Priority Application<br /> corresponding to the Subject Application <i> vide</i> Application No. US<br /> 61/833,898. On 28.03.2014, the Appellant filed the Second Priority<br /> Application corresponding to the Subject Application <i> vide</i> Application No.<br /> US 61/972,272. On 11.06.2014, the Appellant filed the Patent Cooperation<br /> Treaty Application corresponding to the Subject Application <i>vide</i><br /> Application No. PCT/US2014/041992 (“ <b>PCT</b> <b>Application</b> ”). On<br /> 08.01.2026, the Appellant filed the Subject Application.<br /> 3. On 08.01.2016, the Appellant filed Form No. 13 for amendments in<br /> the claims as PCT Application had 1 claim, while the Subject Application is<br /> filed with 29 claims. On 01.06.2017, the Appellant filed a request for<br /> examination and voluntarily amended the claims. Thereafter, the Respondent<br /> issued the First Examination Report dated 28.02.2020 (“ <b>FER</b> ”). The<br /> Appellant filed the response to the FER along with the amended claims and<br /> Form No. 13 for voluntary amendment in claims with respect to the PCT<br /> Application on 28.08.2020 (“ <b>Reply</b> ”).<br /> 4. The Respondent issued a hearing notice dated 24.11.2020 scheduling<br /> the hearing for 08.01.2021. A request for adjournment under Rule 129 of the<br /> Patent Rules, 2003 was filed for the hearing scheduled on 08.01.2021. An<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 2 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> extended hearing notice was issued on 09.06.2021 for a hearing scheduled<br /> for 08.07.2021. Subsequently, an extended hearing notice was issued on<br /> 25.06.2021 (“ <b>Hearing Notice</b> ”) for a hearing scheduled for 06.08.2021<br /> (“ <b>Hearing</b> ”). On 21.08.2021, written submissions were filed on the basis of<br /> the oral arguments submitted in the Hearing by the Appellant along with the<br /> amended claims (“ <b>Written Submissions</b> ”).<br /> 5. <i>Vide</i> the Impugned Order, the Respondent refused the Subject<br /> Application under Section 15 of the Act stating that the Subject Application<br /> does not meet the requirement under Sections 3(j), 3(e), 10(4) and 10(5) of<br /> the Act.<br /> <b>SUBMISSIONS ON BEHALF OF THE APPELLANT</b><br /> 6. The learned Counsel for the Appellant made the following<br /> submissions:<br /> 6.1. The Respondent has refused the Subject Application on the<br /> following grounds for the objections raised in the Hearing Notice:<br /> (i) definitiveness under Section 10(4) and Section 10(5) of the Act;<br /> (ii) non-patentability under Sections 3(j) and 3(e) of the Act; and<br /> (iii) sufficiency of disclosure under Section 10 (4) of the Act.<br /> 6.2. The Respondent acknowledges that claim no. 1 recites a<br /> composition comprising a non-native pancreatic beta (“ <b>β</b> ”) cell and<br /> one or more pharmaceutically acceptable carriers, additives, and /<br /> or diluents. The Respondent has refused the Subject Application on<br /> the ground that the cells allegedly are defined by a broad generic<br /> gene expression profile and that the phrase ‘non-native’, ‘native’,<br /> and ‘gene expression profile’ are unclear. Thus, the claims<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 3 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> allegedly are not definitive as required under Section 10(4)(a) of<br /> the Act.<br /> 6.3. For interpretation of words in claims, first priority is to take help of<br /> intrinsic evidence, i.e., from patent documents, specifications etc.<br /> Therefore, for true meaning of words in the claim, first of all<br /> specifications are to be looked into. The word ‘non-native’ cells are<br /> well defined in the specifications. The relevant paragraphs from<br /> the Complete Specification of the PCT Application are reproduced<br /> hereunder:<br /> <i>“[193] The SC-β cells disclosed herein share many </i><br /> <i>distinguishing features of native β cells, but are different </i><br /> <i>in certain aspects (e.g., gene expression profiles). In</i><br /> <i>some embodiments, the SC-β cell is non-native. As used </i><br /> <i>herein, “non-native” means that the SC-β cells are </i><br /> <i>markedly different in certain aspects from β cells which </i><br /> <i>exist in nature, i.e., native β cells. It should be </i><br /> <i>appreciated, however, that these marked differences</i><br /> <i>typically pertain to structural features which may result</i><br /> <i>in the SC-β cells exhibiting certain functional </i><br /> <i>differences, e.g., although the gene expression patterns</i><br /> <i>of SC-β cells differs from native β cells, the SC-β cells </i><br /> <i>behave in a similar manner to native β cells but certain </i><br /> <i>functions may be altered (e.g., improved) compared to</i><br /> <i>native β cells. </i><br /> <b><i> </i></b> <i></i>*<br /> <i>[329] Aspects of the disclosure involve generating SC-β </i><br /> <i>cells which resemble endogenous mature β cells in form </i><br /> <i>and function, but nevertheless are distinct from native β </i><br /> <i>cells.</i><br /> <b><i> </i></b> <i></i>*<br /> <i>[597] The generation of insulin-producing pancreatic β </i><br /> <i>cells</i> <i>from</i> <i>stem</i> <i>cells</i> <i>in</i> <i>vitro</i> <i>would</i> <i>provide</i> <i>an</i><br /> <i>unprecedented cell source for drug discovery and cell</i><br /> <i>transplantation therapy in diabetes.”</i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 4 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> 6.4. These ‘non-native’ cells are novel and inventive and do not occur<br /> in nature. However, the native pancreatic β cells are obtained from <br /> natural sources and cannot be reliably grown <i> in vitro</i> . In contrast,<br /> non-native pancreatic β cells can be reliably generated <i>in vitro</i><br /> from stem cells or precursors to the non-native pancreatic β cells <br /> using protocols such as those described in the Subject Application.<br /> 6.5. Regarding input source for generating ‘non-native’ cells, the<br /> Subject Application describes numerous examples of cells that<br /> could be used to make non-native pancreatic β cells and do not <br /> necessarily involve the destruction of embryo cells. In some<br /> embodiments, the source of human stem cells or pluripotent stem<br /> cells used for chemically induced differentiation into mature,<br /> insulin positive cells did not involve destroying a human embryo.<br /> 6.6. The pending claims recite a composition comprising a non-native<br /> pancreatic β cell and one or more pharmaceutically acceptable <br /> carriers, additives, and / or diluents and the relevant paragraphs<br /> from the Complete Specification is reproduced hereunder:<br /> <i>“[511]</i> <i>For administration</i> <i>to a subject, a cell</i><br /> <i>population produced by the methods as disclosed herein,</i><br /> <i>e.g. a population of SC-β cells (produced by contacting at </i><br /> <i>least one insulin-positive endocrine cell with at least one p</i><br /> <i>cell maturation factor (e.g., any one, two, three, four, five,</i><br /> <i>or more p cell maturation factors as described herein) can</i><br /> <i>be</i> <i>administered</i> <i>to</i> <i>a</i> <i>subject,</i> <i>for</i> <i>example</i> <i>in</i><br /> <i>pharmaceutically</i> <i>acceptable</i> <i>compositions.</i> <i>These</i><br /> <i>pharmaceutically acceptable compositions comprise a</i><br /> <i>therapeutically-effective amount a population of SC-β </i><br /> <i>cells as described above, formulated together with one or</i><br /> <i>more pharmaceutically acceptable carriers (additives)</i><br /> <i>and/or diluents.</i><br /> <b><i> </i></b> <i></i>*<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 5 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> <i>[563]</i> <i>Pharmaceutical</i> <i>compositions</i> <i>comprising</i><br /> <i>effective amounts of a population of SC-β cells are also </i><br /> <i>contemplated</i> <i>by</i> <i>the</i> <i>present</i> <i>invention.</i> <i>These</i><br /> <i>compositions comprise an effective number of SC-β cells, </i><br /> <i>optionally,</i> <i>in</i> <i>combination</i> <i>with</i> <i>a</i> <i>pharmaceutically</i><br /> <i>acceptable carrier, additive or excipient. In certain</i><br /> <i>aspects of the present invention, a population of SC-β cells </i><br /> <i>are administered to the subject in need of a transplant in</i><br /> <i>sterile saline. In other aspects of the present invention, a</i><br /> <i>population of SC-β cells are administered in Hanks </i><br /> <i>Balanced Salt Solution (HBSS) or Isolyte S, pH 7.4. Other</i><br /> <i>approaches may also be used, including the use of serum</i><br /> <i>free cellular media. In one embodiment, a population of</i><br /> <i>SC-β cells are administered in plasma or fetal bovine </i><br /> <i>serum,</i> <i>and</i> <i>DMSO.</i> <i>Systemic</i> <i>administration</i> <i>of</i> <i>a</i><br /> <i>population of SC-β cells to the subject may be preferred in </i><br /> <i>certain indications, whereas direct administration at the</i><br /> <i>site of or in proximity to the diseased and/or damaged</i><br /> <i>tissue may be preferred in other indications.”</i><br /> 6.7. The carrier is selected so as to be compatible with other aspects of<br /> the composition, including the delivery of the non-native<br /> pancreatic β cells to a subject. This claimed ‘non-native’ cells <br /> composition does not fall under non-patentable subject matter<br /> under Section 3(j) of the Act. The relevant paragraphs from the<br /> Complete Specification of the PCT Application is reproduced<br /> hereunder:<br /> <i>“[514]</i> <i>As</i> <i>used</i> <i>here,</i> <i>the</i> <i>term</i> <i>“pharmaceutically-</i><br /> <i>acceptable carrier” means a pharmaceutically-acceptable</i><br /> <i>material, composition or vehicle, such as a liquid or solid</i><br /> <i>filler, diluent, excipient, manufacturing aid (e.g., lubricant,</i><br /> <i>talc magnesium, calcium or zinc stearate, or steric acid),</i><br /> <i>or solvent encapsulating material, involved in carrying or</i><br /> <i>transporting the subject compound from one organ, or</i><br /> <i>portion of the body, to another organ, or portion of the</i><br /> <i>body. Each carrier must be “acceptable” in the sense of</i><br /> <i>being</i> <i>compatible</i> <i>with</i> <i>the</i> <i>other</i> <i>ingredients</i> <i>of</i> <i>the</i><br /> <i>formulation and not</i> <i>injurious to</i> <i>the patient. Some</i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 6 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> <i>examples</i> <i>of</i> <i>materials</i> <i>which</i> <i>can</i> <i>serve</i> <i>as</i><br /> <i>pharmaceutically-acceptable carriers include: (1) sugars,</i><br /> <i>such as lactose, glucose and sucrose; (2) starches, such as</i><br /> <i>corn starch and potato starch; (3) cellulose, and its</i><br /> <i>derivatives, such as sodium carboxymethyl cellulose,</i><br /> <i>methylcellulose, ethyl cellulose, microcrystalline cellulose</i><br /> <i>and cellulose acetate; (4) powdered tragacanth; (5) malt;</i><br /> <i>(6) gelatin; (7) lubricating agents, such as magnesium</i><br /> <i>stearate, sodium lauryl sulfate and talc; (8) excipients,</i><br /> <i>such as cocoa butter and suppository waxes; (9) oils, such</i><br /> <i>as peanut oil, cottonseed oil, safflower oil , sesame oil,</i><br /> <i>olive oil, corn oil and soybean oil; (10) glycols, such as</i><br /> <i>propylene glycol; (11) polyols, such as glycerin, sorbitol,</i><br /> <i>mannitol and polyethylene glycol (PEG); (12) esters, such</i><br /> <i>as ethyl oleate and ethyl laurate; (13) agar; (14) buffering</i><br /> <i>agents, such as magnesium hydroxide and aluminum</i><br /> <i>hydroxide; (15) alginic acid; (16) pyrogen-free water; (17)</i><br /> <i>isotonic saline; (18) Ringer's solution; (19) ethyl alcohol;</i><br /> <i>(20) pH buffered solutions; (21) polyesters, polycarbonates</i><br /> <i>and/or polyanhydrides; (22) bulking agents, such as</i><br /> <i>polypeptides and amino acids (23) serum component, such</i><br /> <i>as serum albumin, HDL and LDL; (22) C2-C12 alcohols,</i><br /> <i>such as ethanol; and (23) other non-toxic compatible</i><br /> <i>substances</i> <i>employed</i> <i>in</i> <i>pharmaceutical</i> <i>formulations.</i><br /> <i>Wetting agents, coloring agents, release agents, coating</i><br /> <i>agents, sweetening agents, flavoring agents, perfuming</i><br /> <i>agents, preservative and antioxidants can also be present</i><br /> <i>in the formulation. The terms such as “excipient”,</i><br /> <i>“carrier”, “pharmaceutically acceptable carrier” or the</i><br /> <i>like are used interchangeably herein.</i><br /> <b><i> </i></b> <i></i>*<br /> <i>[551] In some embodiments, a population of SC-β cells as </i><br /> <i>disclosed herein can be supplied in the form of a</i><br /> <i>pharmaceutical</i> <i>composition,</i> <i>comprising</i> <i>an</i> <i>isotonic</i><br /> <i>excipient prepared under sufficiently sterile conditions for</i><br /> <i>human administration. For general principles in medicinal</i><br /> <i>formulation, the reader is referred to Cell Therapy: Stem</i><br /> <i>Cell</i> <i>Transplantation,</i> <i>Gene</i> <i>Therapy,</i> <i>and</i> <i>Cellular</i><br /> <i>Immunotherapy, by G. Morstyn & W. Sheridan eds,</i><br /> <i>Cambridge University Press, 1996; and Hematopoietic</i><br /> <i>Stem Cell Therapy, E. D. Ball, J. Lister & P. Law, Churchill</i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 7 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> <i>Livingstone, 2000. Choice of the cellular excipient and any</i><br /> <i>accompanying elements of the composition comprising a</i><br /> <i>population of SC-β cells as disclosed herein will be </i><br /> <i>adapted in accordance with the route and device used for</i><br /> <i>administration. In some embodiments, a composition</i><br /> <i>comprising a population of SC-β cells can also comprise or </i><br /> <i>be accompanied with one or more other ingredients that</i><br /> <i>facilitate the engraftment or functional mobilization of the</i><br /> <i>SC-β cells. Suitable ingredients include matrix proteins </i><br /> <i>that support or promote adhesion of the SC-β cells, or </i><br /> <i>complementary cell types, especially endothelial cells. In</i><br /> <i>another</i> <i>embodiment,</i> <i>the</i> <i>composition</i> <i>may</i> <i>comprise</i><br /> <i>resorbable or biodegradable matrix scaffolds.”</i><br /> 6.8. There may be a number of such cases, where such type of cells or<br /> their compositions have been granted patent in India. One example<br /> is the grant of Patent No. 404415 granted on 24.08.2022 in Indian<br /> Patent Application No. 1616/DELNP/2015. The applicant as<br /> referred to the principal claim no. 1 of the aforesaid patent.<br /> 6.9. On further observing the prosecution history in the Indian Patent<br /> Office, it is found that the patentee has indicated that in the written<br /> submissions on Page No. 1 that cell preparation means a<br /> composition. The relevant paragraph of the written submissions is<br /> reproduced hereunder:<br /> <i>“claim 1 has been amended to claim a cell preparation</i><br /> <i>which is a composition comprising of pluripotent stem</i><br /> <i>cells and DMSO and/or serum albumin, as supported by</i><br /> <i>paragraph [0026] of English specification.”</i><br /> On further analysis of the source of stem cells, as claimed in claim<br /> no. 1, the specification states that the English translation on Page<br /> No. 16 of specification describes about the said pluripotent stem<br /> cells called Multilineage differentiating Stress Enduring<br /> (“ <b>MUSE</b> ”) cells.<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 8 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> 6.10. The abovementioned example draws similarity with the Subject<br /> Application of the Appellant as: (i) the source of stem cells is plant<br /> or animal in whole or part thereof; and (ii) the claims relate to cell<br /> preparation or cell composition. The Subject Application has<br /> further characteristics that though the source was cells from human<br /> / animal body, these cells were processed and generated to get non-<br /> native β cell. These non-native β cell are not occurring in nature <br /> and are distinct from natural occurring native β cells. The non-<br /> native β cell of the present invention have been novel and <br /> inventive and the claimed composition of involving non-native β <br /> cells has synergic effect, and have pharmaceutical efficacy and<br /> solves the long-standing problem of the prior art. The present<br /> invention solves the technical problem of the prior art and relates<br /> to a patentable subject matter and is not hit by Section 3(j) of the<br /> Act.<br /> 6.11. The stem cell derived β (“ <b>SC-β</b> ”) cells were generated by<br /> engineering an elaborate process and cannot be said to be a part of<br /> an animal in whole or part thereof and the claims are not hit by<br /> Section 3(j) of the Act. Reliance was placed upon the decision in<br /> <b><i>Imclone LLC v. Assistant Controller of Patents and Designs,</i></b><br /> <b><i>Government of India</i></b> , 2024 SCC OnLine Mad 8397 wherein the<br /> Court held that the antibody was generated by deleting murine<br /> genetic material from mice and replacing the same with human<br /> genetic material in the mice and, thereafter, injecting an engineered<br /> antigen into the mice. After doing so, material extracted from the<br /> spleen of the mice was fused with myeloma cells by the hybridoma<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 9 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> process. This resulted in the antibody over which the patent claim<br /> is made.<br /> 6.12. Non-native SC-β cells, like tri-hybrid cells, involve technical <br /> human intervention and are, therefore, patentable. SC-β cells are <br /> novel and inventive and do not form part of animal or plant and are<br /> not hit by Section 3(i) of the Act. Non-native SC-β cells are novel <br /> and inventive comparable to tri-hybrid cells; both are man-made,<br /> not naturally occurring, not plant / animal parts, and not from an<br /> essentially biological process. Reliance was placed upon the<br /> decision in <b><i>BTS</i></b> <b><i>Research</i></b> <b><i>International</i></b> <b><i>Pty.</i></b> <b><i>Ltd.</i></b><br /> <b><i>(SR/55/2020/PT/KOL) v. The Controller General of Patents &</i></b><br /> <b><i>Designs, Mumbai & Ors.</i></b> , 2025 SCC OnLine Cal 2943 wherein<br /> the Court held that Section 3(j) of the Act exclusion must be<br /> narrowly construed; inventions involving genetic engineering or<br /> non-natural cell creation are not hit by Section 3(j) of the Act. The<br /> Court recognized tri-hybrid cells as outside Section 3(j) of the Act,<br /> setting a precedent that applies similarly to SC-β cells. <br /> 6.13. In the decision of <b><i> Natural Alternatives International, Inc. v.</i></b><br /> <b><i>Creative Compounds LLC</i></b> , 918 F.3d 1338 (2019) wherein the<br /> Court held that compositions comprising a component of natural<br /> origin are patentable, so long as the composition demonstrates<br /> different characteristics when compared to the component found in<br /> nature.<br /> 6.14. There are corresponding applications, main, divisional or<br /> continuation in part applications have been granted patent in the<br /> United States of America, Great Britain, Australia, Germany,<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 10 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> Japan, Korea, Russia etc. The Appellant filed 29 identical claims<br /> for examination, which were granted patent in the United<br /> Kingdom.<br /> 6.15. Accordingly, the present Appeal shall be allowed, and the<br /> Impugned Order is liable to be set aside.<br /> <b>SUBMISSIONS ON BEHALF OF THE RESPONDENT</b><br /> 7. The learned Counsel for the Respondent made the following<br /> submissions:<br /> 7.1. Section 3(j) of the Act based on Article 27.3(b) of the Trade-<br /> Related Aspects of Intellectual Property Rights Agreement states<br /> “ <i>Plants and animals in whole or any parts thereof other than</i><br /> <i>micro-organisms but including seeds, varieties and species and</i><br /> <i>essentially biological processes for production and propagation of</i><br /> <i>plants and animals.</i> ” are not patentable.<br /> 7.2. The only exception appears to be microorganisms which may be<br /> granted a patent. However, when a microorganism which has been<br /> just isolated from nature, is not considered to be patentable under<br /> Section 3(c) of the Act. Section 3(c) of the Act prohibits<br /> patentability of “ <i>the mere discovery of a scientific principle or the</i><br /> <i>formulation of an abstract theory or discovery of any living thing</i><br /> <i>or</i> <i>non-living</i> <i>substance</i> <i>occurring</i> <i>in</i> <i>nature</i> ”. Hence, the<br /> microorganism, which are patentable are limited to those that are<br /> genetically modified organisms only.<br /> 7.3. Section 3(j) under the Act, expressly excludes “ <i>plants and animals</i><br /> <i>in whole or any part thereof</i> ” irrespective of whether those parts<br /> are cultured, maintained, or differentiated <i> in vitro</i> . Accepting the<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 11 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> Appellant’s contention that such cells are ‘synthetic’ would create<br /> a loophole whereby any naturally derived biological material could<br /> be rebranded as synthetic simply by laboratory handling. The<br /> distinction between isolation or differentiation of natural material<br /> and genuine synthetic constructs has also been recognized<br /> internationally in the decision of <b><i> Association for Molecular</i></b><br /> <b><i>Pathology et al. v. Myriad Genetics Inc. et al.</i></b> , 2013 SCC OnLine<br /> US SC 47 wherein the Court held that where naturally occurring<br /> deoxyribonucleic acid (“ <b>DNA</b> ”) was held unpatentable, while truly<br /> synthetic complementary DNA (“ <b>cDNA</b> ”) was treated differently.<br /> Applying that principle, the claimed SC-β cells, however cultured, <br /> remain natural derivatives and fall squarely within the exclusion of<br /> Section 3(j) of the Act.<br /> 7.4. Microbes are single-celled organisms. Animal is a name reserved<br /> for a multicellular eukaryote that is heterotrophic, so organisms<br /> that are bigger than a single cell and almost all their cells have a<br /> nucleus. A genetically modified human or plant cell cannot be<br /> equated to a genetically modified microbe because it falls under<br /> Section 3(j) of the Act. Section 3(j) of the Act prohibits<br /> patentability of an animal and plant in whole.<br /> 7.5. ‘Native’ cell means a cell that is found in a natural setting, which<br /> includes multicellular organism cells <i> in vivo</i> i.e., part of an<br /> organism, and unicellular organisms ‘in environment’ i.e., part of a<br /> natural environment. In biology, native cells are usually considered<br /> to be cells that are naturally found in an organism or environment,<br /> as opposed to cells that have been introduced artificially.<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 12 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> 7.6. In the Subject Application ‘non-native’ cells are cells isolated from<br /> the human body for use in human itself. They, however, do not<br /> have a comparison of non-nativeness. In the Subject Application,<br /> the definition of “non-native pancreatic β cell” fails to define what <br /> is ‘native’. Without a tangible identity of either ‘non-native’ or<br /> ‘native’, it remains unclear what the terms mean with respect to the<br /> present claim of the Appellant. The Appellant to substantiate their<br /> claim has stated that the “gene expression profile” of the claimed<br /> (non-native) SC-β cell is different from native human cells. <br /> 7.7. Taken together, the terminology ‘native’, ‘non-native’ and ‘gene<br /> expression profile that is different’ is unclear because:<br /> a. no standard for ‘native’ or a ‘gene expression profile’ is<br /> defined;<br /> b. there is no such thing as a standard gene expression profile<br /> for a ‘native’ cell, i.e., the standard itself is a variable;<br /> c. it would be an undue burden to test a cell for the ‘non-native’<br /> feature if all ‘native’ gene expression profile variations have<br /> to be taken into account for a comparison; and<br /> d. the gene expression profile of a pancreatic cell to be<br /> ‘different’ from a reference cell is also unclear as there is no<br /> support data for such an interpretation.<br /> 7.8. The Subject Application is silent with regard to the specific cell<br /> type, the specific phase when the genes and insulin crystals as<br /> claimed are present or the gene expression level necessary to<br /> obtain the composition.<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 13 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> 7.9. The “ <i>Summary of the Invention</i> ” in the Complete Specification of<br /> the PCT Application also states non-native pancreatic β “ <i>cell is not</i><br /> <i>genetically modified</i> ”, meaning it can be natural cell isolated from<br /> human. The Appellant has placed reliance upon Paragraph Nos.<br /> [4], [201] and [202] of the Complete Specification of the PCT<br /> Application. The reliance on foreign grants or international<br /> practice is misplaced as Indian patent jurisprudence has<br /> consistently applied a stricter construction of Section 3(j) of the<br /> Act, particularly in relation to human embryonic stem cells, on<br /> grounds of both express statutory exclusion and the legislative<br /> intent which was to categorically exclude human/animal parts and<br /> embryonic material from patentability, irrespective of their<br /> potential utility in regenerative medicine.<br /> 7.10. The Appellant’s reliance on <b><i> BTS Research International</i></b> ( <i>supra</i> )<br /> is misplaced as in the said case, the Court considered tri-hybrid<br /> chimeric cells produced through fusion of three distinct somatic<br /> cells (human and mouse), a construct that does not and cannot<br /> exist in nature. It was held that such a creation involved a level of<br /> artificial genetic manipulation that took it outside the scope of<br /> Section 3(j) of the Act. The Subject Application concerns SC-β <br /> cells. It is true that <i> in vitro</i> differentiation relies on specialized<br /> culture media and laboratory conditions, which are not a direct<br /> ‘replication’ of what occurs within the body. However, the critical<br /> point is that despite differences in the environment that induces<br /> differentiation, the ultimate product is biologically identical to the<br /> β cells that naturally arise <i>in vivo</i> and, thereby, are biological<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 14 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> derivatives of natural origin (human or animal material). The<br /> laboratory process merely triggers a natural developmental<br /> pathway inherent in stem cells; it does not give rise to a novel<br /> product unknown to nature.<br /> 7.11. Accordingly, the Impugned Order is liable to be upheld, and the<br /> present Appeal be dismissed.<br /> <b>REJOINDER SUBMISSIONS ON BEHALF OF THE APPELLANT</b><br /> 8. The learned Counsel for the Appellant made the following rejoinder<br /> submissions:<br /> 8.1. The Respondent seeks to equate the Appellant’s SC-β cells with <br /> naturally occurring pancreatic β cells. This characterization is <br /> erroneous. The non-native SC-β cells claimed are structurally, <br /> functionally, and genetically distinct from native β cells. They <br /> exhibit altered gene expression profiles, enhanced glucose<br /> responsiveness, and mono-hormonal features that are not found in<br /> nature. Thus, the present invention is not a mere product of nature<br /> but the outcome of deliberate human technical intervention.<br /> 8.2. The Respondent attempts to distinguish the <b><i> BTS Research</i></b><br /> <b><i>International</i></b> ( <i>supra</i> ) on grounds that tri-hybrid cells were wholly<br /> unnatural, whereas SC-β cells are ‘natural derivatives’. This <br /> distinction is artificial. Both tri-hybrid cells and SC-β cells are <br /> created through controlled laboratory interventions that cannot and<br /> do not occur in nature. The Court held that Section 3(j) of the Act<br /> exclusion must be narrowly construed, and man-made cellular<br /> constructs fall outside its scope. The same reasoning squarely<br /> applies here.<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 15 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> 8.3. The Respondent misreads Section 3(j) of the Act. The exclusion<br /> applies to “ <i>plants and animals in whole or any part thereof... and</i><br /> <i>essentially biological processes.</i> ” The claimed SC-β cells are not <br /> whole animals, nor natural parts thereof, nor are they generated by<br /> essentially biological processes. Instead, they are the product of a<br /> multi-step laboratory-directed differentiation process.<br /> 8.4. The Respondent invokes the decision in <b><i>Association</i></b> <b><i>for</i></b><br /> <b><i>Molecular Pathology</i></b> ( <i>supra</i> ) to argue that isolated natural<br /> material is not patentable. However, in the said case, itself drew a<br /> distinction between isolated DNA (unpatentable) and cDNA<br /> (patentable) because cDNA is man-made. SC-β cells are analogous <br /> to cDNA; they do not exist in nature and are generated only<br /> through human intervention.<br /> 8.5. The Respondent incorrectly asserts that derivation from pluripotent<br /> stem cells renders the claimed cells ‘natural’. On the contrary, the<br /> process of re-programming and differentiating stem cells into β <br /> cells is an artificial, multi-stage laboratory protocol involving<br /> growth factors, culture conditions, and gene regulation. This<br /> process is neither essentially biological nor a natural<br /> developmental event. The mere use of a natural starting material<br /> does not bar patentability of a novel, non-naturally occurring<br /> product obtained therefrom.<br /> 8.6. The SC-β cells developed by the Appellant are not the same as <br /> natural β cells. They show special features that natural β cells do <br /> not have such as different gene activity, better response to glucose,<br /> and consistent production of only insulin. Something that has new<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 16 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> and different characteristics created by human effort is considered<br /> an invention and not just a natural product. Reliance was placed<br /> upon the decision in <b><i> Sidney A. Diamond, Commissioner of</i></b><br /> <b><i>Patents and Trademarks v. Ananda M. Chakrabarty et al.</i></b> , 1980<br /> SCC OnLine US SC 128 while making the above submission.<br /> 8.7. The Respondent’s emphasis on use of embryonic / foetal material<br /> is misplaced. The claims encompass derivation from induced<br /> pluripotent stem cells, adult stem cells, and cadaveric sources,<br /> which do not involve embryo destruction. The specification itself<br /> clarifies that embryos were not destroyed.<br /> 8.8. The Respondent relies upon the Department for Promotion of<br /> Industry and Internal Trade notes regarding exclusion of ‘plants<br /> and seeds’ to extend the exclusion to SC-β cells. Section 3(j) of the <br /> Act primarily addresses plant / animal varieties and biological<br /> propagation. Synthetic, engineered cellular products such as SC-β <br /> cells are outside its ambit, consistent with international patent<br /> practice where identical claims have been granted.<br /> 8.9. The Respondent dismisses international grants as irrelevant,<br /> however, Indian Courts, including in <b><i> BTS Research International</i></b><br /> ( <i>supra</i> ), have recognized that while foreign practice is not binding,<br /> it is persuasive, especially when consistent across multiple major<br /> jurisdictions. The uniform recognition of such inventions as<br /> patentable supports the Appellant’s position.<br /> 8.10. The Respondent’s attempt to characterize non-native SC-β cells as <br /> ‘natural parts of animals’ is legally and scientifically untenable.<br /> The claimed SC-β cells consistently show stable and distinct gene <br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 17 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> expression patterns, superior insulin secretion, and glucose<br /> responsiveness, distinguishing them from any naturally occurring<br /> β cells. These reproducible differences demonstrate that the SC-β <br /> cells are not mere natural variants, but a new and distinct cellular<br /> construct created through human technical intervention. The<br /> present invention represents a man-made construct (non-native),<br /> not an essentially biological process or natural material. Thus, the<br /> claims fall outside Section 3(j) of the Act and are patent-eligible.<br /> <b>ANALYSISAND FINDINGS</b><br /> 9. The present invention of Subject Application relates to “ <i>SC-β Cells, </i><br /> <i>Compositions and Methods for Generating the same.</i> ” As per the Abstract of<br /> the Complete Specification, it discloses methods, compositions, kits, and<br /> agents useful for inducing β cell maturation as well as isolated populations <br /> of SC-β cells for use in various applications like cell therapy. <br /> 10. The Complete Specification notes that the research to-date has<br /> generated only abnormally functioning insulin-expressing cells that fails to<br /> secrete appropriate amounts of insulin in response to sequentially varied<br /> glucose levels / pancreatic progenitor cells which can only mature into<br /> functioning insulin-expressing cells after three months of transplantation<br /> into a mouse host. Contrary to normal islets / dispersed adult β cells, which <br /> release high levels of insulin in response to high levels of glucose in the<br /> glucose stimulated insulin secretion (“ <b>GSIS</b> ”) assay and can do so<br /> repeatedly, human pluripotent stem cell derived insulin-expressing cells<br /> which are generated by existing methods does not secrete insulin<br /> appropriately in response to the addition of various concentrations of<br /> glucose. Therefore, as per the Complete Specification of the Subject<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 18 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> Application, there is a need for a method of deriving cells from human<br /> pluripotent stem cells which exhibit a phenotype of normal islets or mature<br /> adult β cells. <br /> 11. The present invention claims a non-native pancreatic β cell that <br /> comprises one or more crystalline insulin granules. Claim no. 1 also claims<br /> the non-native pancreatic β cell expressing the genes INS, PDX1, NKX6-1, <br /> and ZNT8. This claim further claims the non-native pancreatic β cell which <br /> exhibits an <i> in vitro</i> GSIS response to a first glucose challenge as well as<br /> non-native pancreatic β cell that does not express one or both of <br /> somatostatin and glucagon. The claims of the Subject Application are<br /> reproduced hereunder:<br /> <i>“We Claim;</i><br /> <i>1. A composition comprising a non-native pancreatic β cell, and </i><br /> <i>one or more pharmaceutically acceptable carriers, additives, and/or</i><br /> <i>diluents, wherein:</i><br /> <i>(a) the non-native pancreatic β cell comprises one or more </i><br /> <i>crystalline insulin granules;</i><br /> <i>(b) the non-native pancreatic β cell expresses the following genes: </i><br /> <i>INS, PDX1, NKX6-1, and ZNT8;</i><br /> <i>(c) the non-native pancreatic β cell exhibits an in vitro glucose </i><br /> <i>stimulated insulin secretion (GSIS) response to a first glucose</i><br /> <i>challenge; and</i><br /> <i>(d) the non-native pancreatic β cell does not express one or both of </i><br /> <i>somatostatin and glucagon; and wherein said composition is in the</i><br /> <i>form of an in vitro cell cluster.</i><br /> <i>2. The composition as claimed in claim 1, wherein the non-native</i><br /> <i>pancreatic β cell exhibits an in vitro glucose-stimulated insulin </i><br /> <i>secretion response to a first glucose challenge, a second glucose</i><br /> <i>challenge, and a third glucose challenge, when the first glucose</i><br /> <i>challenge, the second glucose challenge and the third glucose</i><br /> <i>challenge are applied sequentially.</i><br /> <i>3. The composition as claimed in claim 1, wherein the non-native</i><br /> <i>pancreatic β cell further expresses at least one gene selected from </i><br /> <i>the group consisting of MAFA, PAX6, NEUROD1, GCK, SLC2A1,</i><br /> <i>PCSK1, KCNJ11, ABCC8, SNAP25, RAB3A, GAD2, PTPRN,</i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 19 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> <i>NKX2-2, and PAX4.</i><br /> <i>4. The composition as claimed in claim 1, wherein the non-native</i><br /> <i>pancreatic β cell secretes insulin in response to a first glucose </i><br /> <i>concentration compared to a second glucose concentration in a</i><br /> <i>ratio of at least 1.1 wherein the first glucose concentration is higher</i><br /> <i>than the second glucose concentration.</i><br /> <i>5. The composition as claimed in claim 1, wherein the non-native</i><br /> <i>pancreatic β cell is monohormonal. </i><br /> <i>6. The composition as claimed in claim 1, wherein the insulin</i><br /> <i>secreted by the nonnative pancreatic β cell is at least 0.5 μIU per </i><br /> <i>1000 cells per 30minute incubation when the non-native pancreatic</i><br /> <i>β cell is exposed to at least 20mM of glucose. </i><br /> <i>7. The composition as claimed in claim 1, wherein insulin secretion</i><br /> <i>from the nonnative pancreatic β cell is enhanced in response to an </i><br /> <i>anti-diabetic agent.</i><br /> <i>8. The composition as claimed in claim 1, wherein the non-native</i><br /> <i>pancreatic β cell exhibits cytokine-induced apoptosis in response to </i><br /> <i>a cytokine.</i><br /> <i>9. The composition as claimed in claim 1, wherein the non-native</i><br /> <i>pancreatic β cell has a gene expression profile that is different from </i><br /> <i>the gene expression profile of a native β cell. </i><br /> <i>10. An isolated population of cells comprising one or more non-</i><br /> <i>native pancreatic β cells as claimed in claim 1, wherein at least 10% </i><br /> <i>of the cells in the population of cells are the non-native pancreatic β </i><br /> <i>cells.</i><br /> <i>11. The population of cells as claimed in claim 10, further</i><br /> <i>comprising insulin positive endocrine cells.</i><br /> <i>12. The population of cells as claimed in claim 10, wherein the</i><br /> <i>population of cells comprises one of the following:</i><br /> <i>a. a C-peptide-negative/glucagon-positive cell;</i><br /> <i>b. a C-peptide -negative/somatostatin-positive cell;</i><br /> <i>c. a glucagon-positive/somatostatin-negative cell;</i><br /> <i>d. a glucagon-negative/somatostatin-positive cell; or</i><br /> <i>e. any combination thereof.</i><br /> <i>13. The population of cells as claimed in claim 10, wherein at least</i><br /> <i>3% of the population of cells are C-peptide –negative/glucagon-</i><br /> <i>positive cells or glucagon positive/ somatostatin-negative cells.</i><br /> <i>14. An artificial islet comprising the population of cells as claimed</i><br /> <i>in claim 10.</i><br /> <i>15. An artificial pancreas comprising the population of cells as</i><br /> <i>claimed in claim 10.</i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 20 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> 12. The learned Counsel for the Appellant filed the following amended<br /> claims with the post-hearing Written Submissions to the learned Controller.<br /> The claims are reproduced hereunder:<br /> <i>“</i> <b><i>We Claim,</i></b><br /> <i>1. A non-native pancreatic β cell, wherein: </i><br /> <i>(a) the non-native pancreatic β cell comprises one or more </i><br /> <i>crystalline insulin granules;</i><br /> <i>(b) the non-native pancreatic β cell expresses the following </i><br /> <i>genes: INS, PDX1, NKX6-1, and ZNT8;</i><br /> <i>(c) the non-native pancreatic β cell exhibits an in vitro </i><br /> <i>glucose stimulated insulin secretion (GSIS) response to a first</i><br /> <i>glucose challenge; and the non-native pancreatic β cell does </i><br /> <i>not express one or both of somatostatin and glucagon.</i><br /> <i>2. The non-native pancreatic β cell as claimed in claim 1, wherein </i><br /> <i>the non-native pancreatic β cell exhibits an in vitro glucose-</i><br /> <i>stimulated insulin secretion response to a first glucose challenge, a</i><br /> <i>second glucose challenge, and a third glucose challenge, when the</i><br /> <i>first glucose challenge, the second glucose challenge and the third</i><br /> <i>glucose challenge are applied sequentially.</i><br /> <i>3. The non-native pancreatic β cell as claimed in claim 1, wherein </i><br /> <i>the non-native pancreatic β cell further expresses at least one gene </i><br /> <i>selected from the group consisting of MAFA, PAX6, NEUROD1,</i><br /> <i>GCK, SLC2A1, PCSK1, KCNJ11, ABCC8, SNAP25, RAB3A, GAD2,</i><br /> <i>PTPRN, NKX2-2, and PAX4.</i><br /> <i>4. The non-native pancreatic β cell as claimed in claim 1, wherein </i><br /> <i>the non-native pancreatic β cell secretes insulin in response to a first </i><br /> <i>glucose concentration compared to a second glucose concentration</i><br /> <i>in a ratio of at least 1.1 wherein the first glucose concentration is</i><br /> <i>higher than the second glucose concentration.</i><br /> <i>5. The non-native pancreatic β cell as claimed in claim 1, wherein </i><br /> <i>the non-native pancreatic β cell is monohormonal. </i><br /> <i>6.The non-native pancreatic β cell as claimed in claim 1, wherein </i><br /> <i>the insulin secreted by the non-native pancreatic β cell is at least 0.5 </i><br /> <i>μIU per 1000 cells per 30 minute incubation when the non-native </i><br /> <i>pancreatic β cell is exposed to at least 20mM of glucose. </i><br /> <i>7. The non-native pancreatic β cell as claimed claim 1, wherein </i><br /> <i>insulin secretion from the non-native pancreatic β cell is enhanced </i><br /> <i>in response to an antidiabetic agent.</i><br /> <i>8. The non-native pancreatic β cell as claimed in claim 1, wherein </i><br /> <i>the non-native pancreatic β cell exhibits cytokine-induced apoptosis </i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 21 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> <i>in response to a cytokine.</i><br /> <i>9. The non-native pancreatic β cell as claimed in claim 1, wherein </i><br /> <i>the non-native pancreatic β cell has a gene expression profile that is </i><br /> <i>different from the gene expression profile of a native β cell. </i><br /> <b><i>10. An isolated population of cells comprising one or more non-</i></b><br /> <b><i>native pancreatic β cells as claimed in claim 1, wherein at least </i></b><br /> <b><i>10% of the cells in the population of cells are the non-native</i></b><br /> <b><i>pancreatic β cells.</i></b><br /> <i>11. The population of cells as claimed in claim 10, further</i><br /> <i>comprising insulin positive endocrine cells.</i><br /> <i>12. The population of cells as claimed in claim 10, wherein the</i><br /> <i>population of cells comprises one of the following:</i><br /> <i>a. a C-peptide-negative/glucagon-positive cell;</i><br /> <i>b. a C-peptide -negative/somatostatin-positive cell;</i><br /> <i>c. a glucagon-positive/somatostatin-negative cell;</i><br /> <i>d. a glucagon-negative/somatostatin-positive cell; or</i><br /> <i>e. any combination thereof.</i><br /> <i>13. The population of cells as claimed in claim 10, wherein at least</i><br /> <i>3% of the population of cells are C-peptide –negative/glucagon-</i><br /> <i>positive cells or glucagon positive/ somatostatin-negative cells.</i><br /> <i>14. An artificial islet comprising the population of cells as claimed</i><br /> <i>in claim 10.</i><br /> <i>15. An artificial pancreas comprising the population of cells as</i><br /> <i>claimed in claim 10.”</i><br /> 13. A perusal of the Impugned Order reveals that the learned Controller<br /> has based the finding while considering the original claims. Although the<br /> Impugned Order has mentioned the amended claims placed on record<br /> through the post-hearing Written Submissions as “ <b><i>Alternative set of</i></b><br /> <b><i>Claims</i></b> ”, the same are not considered while passing the Impugned Order.<br /> 14. It is clear from the amended claims that they are not composition<br /> claims as evident from the comparison of original claim no. 1 and amended<br /> claim no. 1, which are reproduced hereunder:<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 22 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /></div><table><thead><tr><th>Original claim no. 1</th><th>Amended claim no. 1</th></tr></thead><tbody><tr><td>1. A composition comprising a non-<br>native pancreatic β cell, and one or<br>more pharmaceutically acceptable<br>carriers, additives, and/or diluents,<br>wherein:<br>(a) the non-native pancreatic<br>P cell comprises one or more<br>crystalline insulin granules;<br>(b) the non-native pancreatic p<br>cell expresses the following<br>genes: INS, PDX 1, NKX6-1,<br>and ZNT8;<br>(c) the non-native pancreatic<br>P cell exhibits an in vitro<br>glucose stimulated insulin<br>secretion (GSIS) response to a<br>first glucose challenge; and<br>(d) the non-native pancreatic p<br>cell does not express one or<br>both of somatostatin and<br>glucagon; and wherein said<br>composition is in the form of<br>an in vitro cell cluster”</td><td>1. A non-native pancreatic β<br>cell, wherein:<br>(a) the non-native<br>pancreatic β cell comprises<br>one or more crystalline<br>insulin granules;<br>(b) the non-native<br>pancreatic β cell expresses<br>the following genes: INS,<br>PDX1, NKX6-1, and ZNT8;<br>(c) the non-native<br>pancreatic β cell exhibits an<br>in vitro glucose stimulated<br>insulin secretion (GSIS)<br>response to a first glucose<br>challenge; and the non-<br>native pancreatic β cell<br>does not express one or<br>both of somatostatin and<br>glucagon.</td></tr></tbody></table><div><br /> 15. As the Impugned Order has only considered the original claims and<br /> not the amended claims filed along the post-hearing Written Submissions, it<br /> would be imperative to examine the impact of the amended claims on the<br /> Subject Application. The Impugned Order has, under Objection Nos. 1 and<br /> 5, considered the original claims and held that the technical disclosure is<br /> missing in the claimed composition and, therefore, the objections under<br /> Sections 10(4) and 10(5) of Act continued to subsist.<br /> 16. As regards the objections under Sections 3(j) and 3(e) of the Act, the<br /> Impugned Order again considers the original claims and it is concluded that<br /> the Complete Specification neither discloses a composition <i> per se</i> , nor does<br /> it disclose all the components or their amounts or synergy data. However, if<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 23 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> the amended claims are considered, they claim a non-native pancreatic β cell <br /> instead of the composition in the original claims. Therefore, the entire basis<br /> of the Impugned Order may undergo change if the amended claims are<br /> considered by the learned Controller.<br /> 17. In <b><i> Jitendra Kohli v. The Controller of Patents</i></b> , Neutral Citation:<br /> 2022:DHC:1904, the Court held that not considering the amended claims is<br /> clearly a glaring error. The relevant paragraphs are reproduced hereunder:<br /> <i>“8. The Court has perused the entire order which clearly shows that</i><br /> <i>the Assistant Controller has considered the invention to be a</i><br /> <i>computer based realization of a conventional bidding process</i><br /> <i>method of doing business. The Assistant Controller has come to the</i><br /> <i>conclusion that the technical advance proposed in the invention is</i><br /> <i>simply a method of doing business, even if it is a technically smarter</i><br /> <i>way of doing business and has rejected the application under</i><br /> <i>Section 3(k) of the Act. The amended claims have not been taken into</i><br /> <i>consideration by the Assistant Controller at the time of deciding the</i><br /> <i>fate of Appellant's application. This is clearly a glaring error.</i><br /> <b><i> </i></b> <i></i>*<br /> <i>10. Under these circumstances, the impugned order is set aside. The</i><br /> <i>matter shall be reconsidered by the office of Controller General of</i><br /> <i>Patents, Designs, & Trade Marks (CGPDTM) afresh. A fresh order</i><br /> <i>shall be passed after duly considering the amended claims on all</i><br /> <i>counts including novelty, inventive step and patentability.”</i><br /> 18. Further, in <b><i> Akebia Therapeutics INC v. The Controller of Patents</i></b><br /> <b><i>and Designs</i></b> , CMA(PT)/64/2024 dated 20.03.2025, the Court held that the<br /> amended claims change the nature of the claims from method to<br /> composition claims and, therefore, it becomes crucial for the controller to<br /> address the same. The relevant paragraphs are reproduced hereunder:<br /> <i>“9. In effect, the respondent has rejected the claim substantially, if</i><br /> <i>not entirely, on the ground that the appellant has amended the claim</i><br /> <i>from a claim for a method of treating anaemia to a claim for a</i><br /> <i>pharmaceutical composition which may be used for treating</i><br /> <i>anaemia. As held in Allergan and concurred by me in an earlier</i><br /> <i>decision</i> <i>in</i> <i>Commonwealth</i> <i>Scientific</i> <i>&</i> <i>Industrial</i> <i>Research</i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 24 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> <i>Organization and Anr. v. The Assistant Controller of Patents &</i><br /> <i>Designs 2023/MHC/4501, the rejection substantially or solely on</i><br /> <i>such ground is not tenable. On comparing the original claims with</i><br /> <i>the amended claims, I find that the scope of the claims remains the</i><br /> <i>same, but the nature of the claims have changed from method to</i><br /> <i>composition claims. Since objections were also raised on grounds of</i><br /> <i>lack of inventive step and with reference to Sections 3(i) and 3(e),</i><br /> <i>and those aspects were not discussed or determined in the impugned</i><br /> <i>order, a remand is necessary.</i><br /> <i>10. Therefore, impugned order dated 26.11.2021 is set aside and the</i><br /> <i>matter is remanded for re-consideration on the following terms:</i><br /> <i>(i) In order to preclude the possibility of pre determination,</i><br /> <i>an officer other than the officer who issued the impugned</i><br /> <i>order shall undertake re-consideration.</i><br /> <i>(ii) After providing a reasonable opportunity to the</i><br /> <i>appellant, a reasoned decision shall be issued within a</i><br /> <i>period of four months from the date of receipt of a copy of</i><br /> <i>this order.</i><br /> <i>(iii) For the avoidance of doubt, it is made clear that no</i><br /> <i>observation has been made on the merits of the patent</i><br /> <i>application.”</i><br /> 19. Consequently, amended claims that significantly alter the original<br /> claims transitioning from a composition to a non-native pancreatic β cell <br /> must be duly considered by the learned Controller independently without<br /> being influenced from prior conclusions regarding the original claims in the<br /> Impugned Order. Accordingly, the Impugned Order is hereby set aside, and<br /> the matter is remanded back to the learned Controller for fresh consideration<br /> of the Subject Application in view of the amended claims submitted along<br /> with post-hearing Written Submissions. This learned Controller shall pass a<br /> detailed order on the Subject Application after considering the amended<br /> Claims within six months from the date of communication of this Judgment<br /> after giving opportunity of hearing to the Appellant.<br /> 20. It is clarified that this Court has not considered the merits of the<br /> respective cases, and the Subject Application shall be decided in accordance<br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 25 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11<br /><br /> with law without being influenced by any observations made in this<br /> Judgement. Accordingly, the Appeal is disposed of with the aforesaid<br /> directions.<br /> 21. A copy of this Judgement be sent to the learned Controller General of<br /> Patents, Designs and Trademarks at the e-mail address [email protected] for<br /> the necessary compliance.<br /> <b>TEJAS KARIA, J</b><br /> <b>MARCH 28, 2026</b><br /> <i>‘KC’ / ‘N’</i><br /> Signature Not Verified<br /> <i>C.A.(COMM.IPD-PAT) 493/2022</i> <i>Page 26 of 26</i><br /> Signed By:NEELAM<br /> SHARMA<br /> Signing Date:30.03.2026<br /> 17:52:11</div>