Skip to main content

PATENT

PATENT  


1. Definition of a Patent


A patent is a legal right granted by a government to an inventor.
It gives the inventor exclusive rights to make, use, sell, or license an invention for a limited period, usually 20 years from the filing date.
Purpose: Encourage innovation by protecting intellectual property (IP).

2. Key Features of a Patent


Novelty – The invention must be new and not known publicly anywhere in the world.
Inventive Step / Non-obviousness – The invention should not be obvious to someone skilled in the field.
Industrial Applicability / Utility – The invention must be useful and capable of being made or used in industry.
Full Disclosure – The inventor must provide detailed information so that someone skilled in the art can reproduce the invention.
Exclusivity – Grants the right to prevent others from making, using, or selling the invention without permission.

3. Types of Patents

Utility Patents – Protects new inventions or functional improvements (e.g., machines, processes, chemicals).
Design Patents – Protects the ornamental or aesthetic design of an article.
Plant Patents – Protects new varieties of plants that are asexually reproduced.
Software/Business Method Patents – In some countries, algorithms, software processes, or business methods can be patented.
4. Patentable vs Non-Patentable Inventions

Patentable
New chemical compounds
Machines and mechanical devices
Biological inventions (GMOs, microorganisms)
Pharmaceuticals
Non-Patentable
Scientific discoveries (laws of nature, natural phenomena)
Abstract ideas, algorithms, or methods of calculation
Plants and animals (naturally occurring)
Inventions contrary to public order or morality
Mere schemes, rules, or methods for doing business

5. Patent Application Process


Invention Disclosure – Document and describe the invention.
Patent Search – Check if similar inventions exist (novelty check).
Filing the Patent Application – Can be:
Provisional Application: Temporary, establishes filing date, valid for 12 months.
Complete Application: Full detailed description, claims, drawings.
Examination – Patent office checks for novelty, inventive step, and industrial applicability.
Grant of Patent – If approved, the patent is granted and published.
Maintenance – Renewal fees must be paid periodically to keep the patent active.

6. Patent Rights

The patent owner can:
Prevent others from making, using, or selling the invention.
License the invention for royalties.
Sell the patent (assign the rights).
Rights are territorial – valid only in the country where granted.

7. Duration of Patent


Generally 20 years for utility patents.
Design patents may be shorter (usually 10–15 years depending on the country).
Maintenance fees must be paid to keep the patent active.

8. Patent Infringement


Occurs when someone uses, makes, sells, or imports a patented invention without permission.
Remedies:
Civil suits for damages
Injunction to stop infringement
In some cases, criminal penalties

9. International Patents

Patents are national rights, but inventors can file internationally through:
PCT (Patent Cooperation Treaty) – provides a unified procedure for filing in multiple countries.
TRIPS Agreement – sets minimum standards for IP protection worldwide.

10. Advantages of Patents

Encourages innovation and R&D.
Provides commercial advantage and exclusivity.
Can be used as an asset for licensing or selling.
Promotes knowledge sharing through publication.

11. Disadvantages / Limitations

Expensive and time-consuming to obtain.
Rights are territorial (only protectable in the country granted).
Can be legally challenged.
Disclosure of invention can help competitors design around it.

12. Important Terms in Patents

Claim – Defines the legal scope of protection.
Specification – Full written description of the invention.
Prior Art – Any existing knowledge or publication related to the invention.
Patent Pending – Status after filing but before grant.
Licensing – Permission to others to use the patent.
Assignment – Transfer of patent rights.
13. Examples of Famous Patents
Edison's Light Bulb – US Patent 223,898
CRISPR Gene Editing Technology – Multiple patents by Broad Institute
Pfizer COVID-19 Vaccine (mRNA Technology) – Patented worldwide


50 MCQs on Patents with Answers


A patent is primarily granted to:
a) Protect literary works
b) Protect an invention
c) Protect trademarks
d) Protect trade secrets
Answer: b) Protect an invention
The usual duration of a utility patent is:
a) 10 years
b) 15 years
c) 20 years
d) 25 years
Answer: c) 20 years
Which of the following is NOT patentable?
a) A new chemical compound
b) A new machine
c) An abstract idea
d) A genetically modified microorganism
Answer: c) An abstract idea
Patent rights are:
a) Universal
b) Territorial
c) Renewable every year indefinitely
d) Only applicable to software
Answer: b) Territorial
Which of the following is a design patent?
a) New pharmaceutical formula
b) Aesthetic shape of a chair
c) Gene-editing method
d) Business process
Answer: b) Aesthetic shape of a chair
The main purpose of granting patents is to:
a) Prevent innovation
b) Encourage innovation
c) Reduce industrial growth
d) Limit scientific knowledge
Answer: b) Encourage innovation
Which term refers to prior knowledge in the field of invention?
a) Claim
b) Specification
c) Prior art
d) Licensing
Answer: c) Prior art
Which is an international treaty for patent filing in multiple countries?
a) TRIPS
b) PCT
c) WIPO
d) WTO
Answer: b) PCT (Patent Cooperation Treaty)
The inventor must fully disclose the invention in a patent application. This is called:
a) Claims
b) Full disclosure
c) Licensing
d) Maintenance
Answer: b) Full disclosure
A provisional patent application is valid for:
a) 6 months
b) 12 months
c) 18 months
d) 24 months
Answer: b) 12 months
Which of the following is considered a non-patentable invention?
a) Machine
b) Scientific discovery
c) Pharmaceutical drug
d) Genetically modified plant
Answer: b) Scientific discovery
The legal document that defines the scope of protection of a patent is called:
a) Specification
b) Claim
c) License
d) Prior art
Answer: b) Claim
Which of the following can be patented in plants?
a) Naturally occurring trees
b) New variety reproduced asexually
c) Ordinary seeds
d) Insects on plants
Answer: b) New variety reproduced asexually
The patent owner can prevent others from:
a) Using the invention
b) Selling the invention
c) Making the invention
d) All of the above
Answer: d) All of the above
Which of the following is true about patent maintenance?
a) No fees are required after filing
b) Fees are required periodically
c) Only provisional patents need fees
d) Patents never expire
Answer: b) Fees are required periodically
Which of the following inventions is patentable?
a) Laws of nature
b) Abstract algorithm
c) New chemical process
d) Natural plant
Answer: c) New chemical process
The process of checking for existing similar inventions is called:
a) Claiming
b) Examination
c) Patent search
d) Licensing
Answer: c) Patent search
Which patent protects the aesthetic design of an object?
a) Utility patent
b) Design patent
c) Plant patent
d) Software patent
Answer: b) Design patent
Patent rights allow the owner to:
a) Make the invention freely available
b) Prevent others from using the invention
c) Prevent the government from using the invention
d) None of the above
Answer: b) Prevent others from using the invention
Which of the following is NOT required for patentability?
a) Novelty
b) Inventive step
c) Industrial applicability
d) Trademark registration
Answer: d) Trademark registration
The first step in obtaining a patent is:
a) Filing an application
b) Patent search
c) Invention disclosure
d) Examination
Answer: c) Invention disclosure
TRIPS agreement is related to:
a) International trade in goods
b) IP protection standards worldwide
c) Patent maintenance fees
d) Provisional applications
Answer: b) IP protection standards worldwide
Which of the following is a key limitation of patents?
a) They are inexpensive
b) Rights are territorial
c) They never expire
d) Inventions are kept secret
Answer: b) Rights are territorial
Which of the following is a remedy for patent infringement?
a) Licensing the patent
b) Filing a civil suit
c) Filing provisional patent
d) Publishing prior art
Answer: b) Filing a civil suit
Which of the following inventions is patentable?
a) Method of doing business
b) Natural phenomenon
c) Chemical compound
d) Scientific law
Answer: c) Chemical compound
The term “patent pending” indicates:
a) Patent is granted
b) Patent application has been filed but not granted
c) Patent is expired
d) Invention is not patentable
Answer: b) Patent application has been filed but not granted
Licensing a patent means:
a) Selling the invention
b) Giving permission to use the invention
c) Claiming prior art
d) Filing a provisional application
Answer: b) Giving permission to use the invention
Assignment of a patent refers to:
a) Transfer of patent rights
b) Filing a provisional patent
c) Claiming novelty
d) Patent maintenance
Answer: a) Transfer of patent rights
Which of the following is an example of a famous patented invention?
a) Newton’s laws
b) Edison’s light bulb
c) Darwin’s theory
d) Pythagoras theorem
Answer: b) Edison’s light bulb
Which of the following inventions is usually covered under a plant patent?
a) Hybrid seed produced by sexual reproduction
b) New variety produced asexually
c) Naturally occurring plant
d) Genetically unmodified plant
Answer: b) New variety produced asexually
Which type of patent can cover software in some countries?
a) Utility patent
b) Plant patent
c) Design patent
d) None of the above
Answer: a) Utility patent
The patent office examines an application to check:
a) Novelty and inventive step
b) Industrial applicability
c) Both a & b
d) Trademark conflict
Answer: c) Both a & b
Which patent provides temporary protection for 12 months?
a) Complete application
b) Provisional application
c) Design patent
d) Plant patent
Answer: b) Provisional application
Which is an advantage of patents?
a) Encourages innovation
b) Protects knowledge secrecy indefinitely
c) Reduces industrial growth
d) Eliminates licensing
Answer: a) Encourages innovation
Which is a disadvantage of patents?
a) Encourages R&D
b) Expensive to obtain
c) Grants exclusivity
d) Promotes knowledge sharing
Answer: b) Expensive to obtain
Which of the following is a requirement for an invention to be patentable?
a) Must be obvious
b) Must be publicly known
c) Must have novelty
d) Must be naturally occurring
Answer: c) Must have novelty
Who grants patents?
a) International court
b) World Trade Organization
c) National government
d) Private company
Answer: c) National government
Which of the following is true about claims in a patent?
a) They describe the aesthetic design only
b) Define legal scope of protection
c) Are optional
d) Are not examined
Answer: b) Define legal scope of protection
Which of the following inventions is NOT patentable?
a) New machine
b) Chemical process
c) Abstract idea
d) Pharmaceutical
Answer: c) Abstract idea
The right to prevent others from selling a patented invention is an example of:
a) Patent rights
b) Trademark rights
c) Copyright
d) Trade secret
Answer: a) Patent rights
Which is true about the territorial nature of patents?
a) A patent in India protects the invention worldwide
b) A patent must be filed in each country for protection
c) A PCT patent automatically grants global protection
d) Patents are universal once filed
Answer: b) A patent must be filed in each country for protection
The patent application that provides a filing date but not full disclosure is:
a) Complete application
b) Provisional application
c) Plant patent
d) Design patent
Answer: b) Provisional application
Which is an example of prior art?
a) Previously published similar invention
b) Newly filed patent
c) Invention pending approval
d) License agreement
Answer: a) Previously published similar invention
Which of the following is part of patent specification?
a) Title
b) Abstract
c) Detailed description and drawings
d) All of the above
Answer: d) All of the above
Which of the following is a plant patent requirement?
a) Must be sexually reproduced
b) Must be a new variety
c) Must be naturally occurring
d) Must be patented worldwide
Answer: b) Must be a new variety
Which international body deals with patents?
a) WIPO (World Intellectual Property Organization)
b) WTO
c) IMF
d) WHO
Answer: a) WIPO
The patent examination process evaluates:
a) Novelty only
b) Inventive step only
c) Both novelty and inventive step
d) Licensing agreements
Answer: c) Both novelty and inventive step
Which of the following is a commercial advantage of patents?
a) Exclusivity in market
b) Legal protection
c) Can be licensed for royalty
d) All of the above
Answer: d) All of the above
Which of the following is true about TRIPS agreement?
a) Sets global IP protection standards
b) Grants automatic patent rights worldwide
c) Only applies to plant patents
d) Only for provisional applications
Answer: a) Sets global IP protection standards
Which of the following is required to maintain a patent?
a) Filing prior art
b) Paying renewal fees
c) Publishing invention again
d) None of the above
Answer: b) Paying renewal fees


Comments

Post a Comment

Popular Posts

Electroporation – Detailed Notes

Electroporation – Detailed Notes Definition : Electroporation is a physical method of gene transfer in which cells are exposed to a brief, high-voltage electric pulse, creating temporary pores in the cell membrane. This allows DNA, RNA, proteins, or other molecules to enter the cytoplasm. It is widely used in bacteria, yeast, plant protoplasts, and mammalian cells. Key Concept: The electric field destabilizes the membrane, making it permeable to macromolecules. 1. Principle Cells are suspended in a conductive medium. A brief electrical pulse induces transient pores in the plasma membrane. DNA or other molecules present in the medium enter the cell through these pores. Membrane reseals after the pulse, and the molecule is retained inside the cell. Advantages of Principle: Direct and rapid. Works in many cell types. Does not require chemical carriers or viral vectors. 2. Materials Required Cells – bacterial, yeast, plant protoplasts, mammalian cells. DNA/RNA/other macromolecule – purifie...
Post a Comment
Read more

Micropropagation for Large-Scale Production of Medicinal Plants, Tree Species and Ornamentals –

Micropropagation for Large-Scale Production of Medicinal Plants, Tree Species and Ornamentals –  1. Introduction Micropropagation is an in-vitro clonal propagation technique used for rapid multiplication of plants under aseptic and controlled laboratory conditions. It enables the production of a large number of genetically uniform, disease-free plants from a small amount of starting material (explant). This technique is especially important for medicinal plants, forest tree species and ornamental plants, where conventional propagation is slow, seasonal or inefficient. 2. Principle of Micropropagation Micropropagation is based on totipotency, the inherent ability of a single plant cell to regenerate into a complete plant when provided with: Suitable nutrient medium Proper plant growth regulators Controlled light, temperature and humidity Sterile conditions. 3. Stages of Micropropagation Micropropagation generally involves five stages : Stage I – Selection and Sterilization of Expla...
Post a Comment
Read more

Third Semester M.Sc. Degree Examination, February 2024 231: PLANT BREEDING, HORTICULTURE AND BIOSTATISTICS

Third Semester M.Sc. Degree Examination, February 2024                 Botany BO 231: PLANT BREEDING, HORTICULTURE AND BIOSTATISTICS (2019 Admission onwards) Time: 3 Hours I.Answer the following questions. 1.What is atomic gardening? 2.Name the cardamom research institute in Kerala. 3.Explain advantages of distant hybridisation. 4.Describe plant variety rights. 5.Write short notes on arboriculture. 6.What is vermicomposting? 7.Give short notes on cut flower industry. 8.What is ANOVA? 9.Describe the properties of binomial distribution. 10. Explain the use of LSD. Max. Marks: 75 (10 x 1 = 10 Marks) II.Answer the following questions in not more that 50 words. 11. (a) What do you mean by genetic modification techniques? OR (b) What is center of diversity of a species? 12. (a) Compare auto and allopolyploidy. OR (b) What are requirements of back cross breeding? 13. (a) Describe ideotype breeding and its significance. OR (b) What is the role of seed cer...
Post a Comment
Read more

••CLASSIFICATION OF ALGAE - FRITSCH

      MODULE -1       PHYCOLOGY  CLASSIFICATION OF ALGAE - FRITSCH  ❖F.E. Fritsch (1935, 1945) in his book“The Structure and  Reproduction of the Algae”proposed a system of classification of  algae. He treated algae giving rank of division and divided it into 11  classes. His classification of algae is mainly based upon characters of  pigments, flagella and reserve food material.     Classification of Fritsch was based on the following criteria o Pigmentation. o Types of flagella  o Assimilatory products  o Thallus structure  o Method of reproduction          Fritsch divided algae into the following 11 classes  1. Chlorophyceae  2. Xanthophyceae  3. Chrysophyceae  4. Bacillariophyceae  5. Cryptophyceae  6. Dinophyceae  7. Chloromonadineae  8. Euglenineae    9. Phaeophyceae  10. Rhodophyceae  11. Myxophyce...
Post a Comment
Read more

❃GC-MS (GAS CHROMATOGRAPHY – MASS SPECTROMETRY) DETAILED NOTES

GC-MS (GAS CHROMATOGRAPHY – MASS SPECTROMETRY) DETAILED NOTES ┏━━━━━ •❃°•°❀°•°❃•━━━━•━━━ 1. INTRODUCTION GC-MS is a hyphenated analytical technique combining: Gas Chromatography (GC) : Separates volatile compounds in a mixture. Mass Spectrometry (MS) : Identifies and quantifies compounds based on mass-to-charge ratio (m/z). Developed in the 1950s–1970s, GC-MS is now widely used in forensic, pharmaceutical, environmental, and food analysis. Importance : Identifies unknown compounds Detects trace contaminants Provides both qualitative and quantitative information Example: Detection of pesticides in water, drug analysis in biological fluids, environmental pollutant detection. 2. PRINCIPLE GC-MS principle is based on two steps: A. Separation (GC) Sample is vaporized and carried by an inert gas (helium, nitrogen) through a capillary column. Compounds separate based on: Volatility Boiling point Interaction with column stationary phase Result: Different compounds elute at different retention ...
Post a Comment
Read more

DNA FOOTPRINTING

DNA FOOTPRINTING Introduction DNA footprinting is a molecular biology technique used to identify the specific site(s) on DNA where proteins (such as transcription factors) bind. It reveals the exact nucleotide sequences protected by bound proteins against cleavage by nucleases or chemical agents. It is widely used to study DNA-protein interactions, transcription regulation, and gene expression control. Definition DNA footprinting: A technique used to locate the binding site of DNA-binding proteins on DNA by detecting protected regions that are resistant to enzymatic or chemical cleavage. Principle DNA-binding proteins protect the DNA segment they occupy. DNA exposed to nucleases (DNase I) or chemical cleavage agents is cut at accessible regions. Regions bound by protein remain unaffected, leaving a “footprint”. When fragments are separated on a denaturing polyacrylamide gel, the missing bands correspond to protein-binding sites. Key idea: Cleavage occurs everywhere except where the pro...
Post a Comment
Read more

RESTRICTION MAPPING

RESTRICTION MAPPING Introduction Restriction mapping is a molecular biology technique used to determine the relative positions of restriction enzyme recognition sites on a DNA molecule. It involves digestion of DNA with one or more restriction endonucleases followed by analysis of fragment sizes using agarose gel electrophoresis. Restriction mapping is essential for DNA characterization, cloning strategies, gene localization, and genome analysis. Definition Restriction mapping is the process of identifying the number, order, and distances between restriction enzyme cleavage sites within a DNA fragment by analyzing the pattern of fragments generated after enzymatic digestion. Principle Restriction enzymes cut DNA at specific palindromic nucleotide sequences. When DNA is digested with: Single restriction enzyme → produces fragments based on its recognition sites Multiple restriction enzymes → produces fragments whose sizes reveal the relative positions of sites By comparing fragment size...
Post a Comment
Read more

Fourth Semester M.Sc. Degree Examination, September 2019BotanySpecial Paper II - ElectiveBO 242 a: BIOTECHNOLOGY(2013 Admission onwards)

Reg. No.......  Name......... G-5263 Fourth Semester M.Sc. Degree Examination, September 2019 Botany Special Paper II - Elective BO 242 a: BIOTECHNOLOGY (2013 Admission onwards) Max. Marks: 75 1. Answer the following questions: 1. Humulin 2. YAC 3. Cybrids 4. Hybridomas 5. IPR 6. Gene therapy 7. C DNA library 8. AFLP 9. Hairy root culture 10. Somacional variation (10 x 1=10 Marks) II. Answer the following questions in not more than 50 words : 11. (a) What are immobilized enzymes? What is its advantage? OR (b) Write a short note on molecular farming. 12. (a) Give an account of bioprocess technology for the production of secondary metabolites. OR (b) What are bioreactors? How it operates? 13. (a) What are probiotics?. How do they work? OR (b) Discuss the methodology and application of western blotting. 14. (a) Briefly explain the application of protoplast culture OR (b) Write a short note on gene therapy 15. (a) What are reporter genes? Discuss its utility in transformation studies O...
Post a Comment
Read more

Information retrieval from databases - search concepts, Tools for searching, homology searching, finding Domain and Functional site homologies

Information retrieval from databases - search concepts, Tools for searching, homology searching, finding Domain and Functional site homologies Information Retrieval from Databases 1. Introduction Information retrieval in bioinformatics refers to the process of extracting relevant biological data (DNA, RNA, protein sequences, structures, or functional information) from databases. Aim : Identify sequences, functions, or structural features for analysis, comparison, and annotation. Databases can be primary (raw sequence data) or secondary/derived (annotated, processed data). 2. Search Concepts in Biological Databases 2.1 Types of Searches Exact Match Search Returns results only if the query exactly matches database entries. Useful for known accession numbers or IDs. Pattern/Keyword Search Searches based on specific motifs, keywords, or annotations. Example: “kinase domain,” “signal peptide.” Similarity/Homology Search Detects sequences similar to the query based on sequence alignment. Use...
Post a Comment
Read more

Protein Sequence DatabasesPIR, SWISS-PROT and TREMBEL

Protein Sequence Databases PIR, SWISS-PROT and TREMBEL 1. Introduction Protein sequence databases are biological databases that store information about amino acid sequences of proteins, along with their functional, structural, and biochemical characteristics. Since proteins are the functional molecules of the cell, protein databases are essential for understanding gene expression, metabolism, enzymatic activity, signaling pathways, and evolution. Protein sequence databases mainly contain data derived from translated nucleotide sequences and experimental protein studies. 2. Types of Protein Sequence Databases Protein sequence databases are broadly classified into: A. Primary Protein Databases Contain original protein sequence data Minimal or no manual annotation B. Secondary Protein Databases Derived from primary databases Provide curated functional and structural information C. Composite Protein Databases Combine protein data from multiple sources Reduce redundancy 3. Protein Informati...
Post a Comment
Read more