Information

Important Dates & Times

Tuesday January 05, 2021 at 12:00 PM
Friday February 26, 2021 at 11:59 PM
Monday March 08, 2021 at 12:00 PM
Monday March 15, 2021 at 12:00 PM
Monday March 08, 2021 at 8:00 AM
Tuesday March 16, 2021 at 5:00 PM
Tuesday March 16, 2021 at 7:00 PM
Tuesday March 16, 2021 at 8:30 PM

GUIDELINES FOR THE USE OF ANIMALS IN SCIENCE PROJECTS INTRODUCTION

A strong allegiance to the principles of bioethics is vital to any discussion of responsible research practices. In accordance with the actions of several governing bodies (the State Humane Association of California, the Belmont Report, 1979; the Animal Welfare Act; the U.S. Government Principles for the Utilization and Care of Vertebrate Animals Used in Testing, Research, and Training, 1985; the Council for International Organizations of Medical Sciences, 1985; the Public Health Service Act; the NASA Guide for the Care and Use of Laboratory Animals, 1996; the National Institute of Health), the following principles are offered to guide careful consideration of the ethical challenges that arise in the course of animal research, a process that must balance risks, burdens, and benefits. It is recognized that awareness of these principles will not prevent conflicts. Rather, these principles are meant to provide a framework within which challenges and conflicts can be rationally addressed.

BASIC PRINCIPLES

The use of animals in research involves responsibility - not only for the stewardship of the animals, but to the scientific community and society as well. Stewardship is a universal responsibility that goes beyond the immediate research needs to include acquisition, care, and disposition of the animals, while responsibility to the scientific community and society requires an appropriate understanding of and sensitivity to scientific needs and community attitudes towards the use of animals. Among the basic principles generally accepted in our culture, three are particularly relevant to the ethics of research using animals: respect for life, societal benefit, and nonmaleficence.

1. RESPECT FOR LIFE Living creatures deserve respect. This principle requires that animals used in research should be of an appropriate species and health status and should involve the minimum number required to obtain valid scientific results. It also recognizes that the use of different species may raise different ethical concerns. Selection of appropriate species should consider cognitive capacity and other morally relevant factors. Additionally, methods such as mathematical models, computer simulation, and in vitro systems should be considered and used whenever possible.

2. SOCIETAL BENEFIT The advancement of biological knowledge and improvements in the protections of the health and well being of both humans and other animals provide strong justification for biomedical and behavioral research. This principle entails that where animals are used, the assessment of the overall ethical value of such use should include consideration of the full range of potential societal goods, the population affected, and the burdens that are expected to be borne by the subjects of the research.

3. NONMALEFICENCE Vertebrate animals are sentient (conscious and sensitive organisms, aware of their ernvironment). This principle entails that the minimization of distress, pain, and suffering is a moral imperative. Unless the contrary is established, investigators should consider that procedures that cause pain or distress in humans may cause pain or distress in other sentient animals.

REQUIREMENTS AND RULES REGARDING VERTEBRATE ANIMALS

All projects involving vertebrate animals must conform to the following:

REQUIREMENTS

1. The basic aim of any project involving living animals should be to increase the knowledge or understanding of life processes. It should not include the demonstration or development of surgical techniques. All projects involving animals must therefore have a clearly defined objective which requires the use of animals to demonstrate a biological principle or to answer a specific question.

2. A lower form of life should be selected for the project, rather than a higher form, whenever possible. Students are strongly urged to select invertebrate animals, plants, or tissue cultures.

3. California humane laws specifically forbid the mistreatment or neglect of animals, including animals used in schools and schoolsponsored activities. Students, teachers, and supervisors must know and obey these laws.

4. All projects involving living animals must be preplanned and conducted with respect for life and for the humane needs and rights of the animals involved. This consideration must extend to the disposition of the animals after the conclusion of the project.

 RULES

1. The comfort of all animals used in any project shall be a prime concern. Animals must be obtained from a reliable source and the following basic needs MUST be assured: appropriate, comfortable quarters, adequate food and water, cleanliness and humane treatment, exercise when required for the species of animal used. Students MUST make arrangements to provide these basic needs at all times, including weekends, vacations, and holiday periods.

2. No vertebrate animal will be subjected to any procedure or condition, including nutritional deficiency experiments, which results, EITHER BY INTENTION OR NEGLIGENCE, in pain, distinct discomfort, abnormal behavior, injury, or death. The term "vertebrate animal" includes vertebrate embryos and fetuses, and fowl embryos within three days of hatching.

3. No surgery, including biopsy, will be performed on any living animal.

4. To assure the humane treatment of animals, a qualified supervisor other than the student's sponsoring teacher or parent MUST assume responsibility for the condition of all living animals used. For all projects, this supervisor must be trained on the college or professional level in the proper care and handling of animals.

5. When planning the project, the student MUST arrange for the humane disposition of all animals involved after the project is completed. This may be done by placing them in an environment where they are assured of continued humane care, by releasing undomesticated species into a suitable wildlife environment, or by arranging for their humane euthanasia by a qualified adult. Students must NOT perform euthanasia of vertebrate animals under any circumstances. A complete account of the final disposition of all animals used MUST be included in the final report of all projects involving living animals.

SPECIFIC GGSF SRC RULES 

FOR HUMAN SUBJECTS:

1. All human research projects, including surveys and questionnaires, are subject to SRC review before experimentation begins.

2. Student researchers must assess the risks to their human subjects when developing research plans. The following are examples of activities that may contain risks a student researcher might overlook: exercise, emotional stress resulting from invasion of privacy, ingestion of any substances or physical contact with any potentially hazardous materials. The following are examples of groups of humans that may contain risks a student researcher might overlook: any member of a group that is naturally at-risk: pregnant women, individuals with diseases such as cancer, asthma, diabetes, AIDS, etc.; special vulnerable groups covered by federal regulations: prisoners, handicapped or mentally disabled persons, economically or educationally disadvantaged persons.

3. Subjects 18 years and under require consent from a parent or guardian except in observational research where subjects cannot be identified and in situations in which no interaction takes place between the subject(s) and the researcher. An Informed Consent Form is available on this website. One copy should be used for each study participant.

4. A student may observe and collect data for analysis of new procedures and medications only under direct supervision of a licensed professional. Students are prohibited from administering medications to human subjects.

5. It is illegal to publish information in a report that identifies the human subjects directly or through identifiers linked to the subjects, including photographs. Names or photographs of human subjects may not be displayed with a project without informed consent of the subjects.

FOR NON-HUMAN VERTEBRATE ANIMALS:

1. Alternatives to vertebrate animals for research must be explored.

2. Students performing animal research must follow local, state, and federal regulations.

3. All common laboratory animals must be legally obtained from licensed animal breeders.

4. Animals must be treated kindly and cared for properly.

5. Experimental procedures that cause pain/discomfort may not be attempted on any vertebrate animals.

6. Experiments designed to kill vertebrate animals or where there is a chance of death are not permitted.

7. Acid rain, insecticide, and herbicide toxicity studies on live vertebrates are prohibited.

8. Only the qualified scientist* or licensed animal care supervisor may perform euthanasia.

9. For grades 10-12, the SRC will consider projects provided that the project complies with all GGSF rules and requirements as well as all local, state, and federal laws regarding the use of non-human vertebrate animals.

FOR HUMAN AND ANIMAL TISSUE:

1. Human blood and blood products must be documented free of Human Immunodeficiency Virus (HIV) and hepatitis B and C virus before the student receives them.

2. Students using their own blood do not need the HIV or hepatitis certifications described in #1 above.

3. Types of tissue that are exempted, and hence do not require the Tissue Provider signature or prior SRC approval include: plant tissue and meat or meat-by-products obtained from food stores or restaurants.

FOR RECOMBINANT DNA (rDNA):

1. The GGSF adheres to NIH Guidelines and accepts the following definitions as rDNA molecules: a. Molecules that are constructed outside living cells by joining natural or synthetic DNA segments to DNA molecules that can replicate in a living cell. b. Molecules that result from the replication of those described above.

2. Student researchers working with any microorganism, whether or not they involve DNA, must always follow standard microbiological practices.

3. Students may conduct studies on both exempt and non-exempt rDNA and host organisms. a. Non-exempt rDNA studies must be conducted in a federally registered research institution under direct supervision of a qualified scientist*. b. Exempt rDNA studies may be conducted in non-federally registered laboratories, but must follow federal regulations. Exempt host organisms include the following: bacterium Escherichia, bacterium Bacillus subtilus, yeast Saccharomyces cerevesiae. c. Exempt DNA insert molecules include the following: DNA molecules that are not in the DNA of organisms or viruses; DNA from single non-chromosomal or viral sources; DNA that is entirely from a prokaryotic host, including its indigenous plasmids or viruses when propagated only in the host.

FOR PATHOGENIC AGENTS:

1. Pathogenic agents are disease-causing or potentially disease-causing agents such as bacteria, viruses, rickettsia, fungi, and parasites.

2. Student research with pathogenic agents may be performed only under the direct supervision of an experienced and qualified scientist* in an institutional laboratory.

FOR CONTROLLED SUBSTANCES:

1. Student researchers must adhere to all federal regulations governing controlled substances. For further information: - on prescription drugs, contact the U.S. GPO; (202) 783-3238 - on alcohol and tobacco, contact the Bureau of Alcohol, Tobacco, and Firearms (BATF) at (202) 927-8210. - on narcotics and addictive drugs, contact the Drug Enforcement Administration; (202) 307-7255 and contact appropriate state agencies concerning additional laws.

2. Production of alcohol is federally regulated; contact the BATF;

3. Only under the direct supervision of a qualified scientist* may a student use any federally controlled or experimental substance for therapy or experimentation, including over-the-counter drugs and potential new therapeutic substances.

***QUALIFIED SCIENTIST:

A qualified scientist should possess an earned doctoral degree in science or medicine. However, a master's degree with equivalent experience and/or expertise is acceptable when approved by the SRC. The qualified scientist must be thoroughly familiar with the local, state, and federal regulations that govern the student's area of research.

GGSF.png

The Golden Gate STEM Fair is an annual event intended to celebrate the excellent research completed by students in the San Francisco Bay Area community. The Fair itself is open to the public.

Over 70,000 Middle and High School students throughout the San Francisco Bay Area complete science projects for science fairs at their schools. Those projects judged to be of the highest quality compete in local city or county competitions. The top ranked of those students progress to the Golden Gate STEM Fair! Students participate from the following cities:

  • Napa
  • Marin
  • Mendocino
  • San Francisco
  • San Mateo
  • Solano
  • Sonoma
  • West Contra Costa

 

Public Display

THere will be no 2021 public event
 

What to Expect During Fair Week

Monday March 8th - Wednesday March 10

All projects are judged virtually

Thursday March 11

Students considered for 1st or 2nd place will be notified of their virtual interview time Friday

Friday March 12

Interviews conducted, 1-5pm

Saturday March 13

Awards announced

 

 

 

Behavioral and Social Sciences
The science or study of the thought processes and behavior of humans and other animals in their interactions with the environment studied through observational and experimental methods.
Biological Sciences
The study of life sciences.
Computer Science
The study of information processes, the structures and procedures that represent processes, and their implementation in information processing systems. It includes systems analysis and design, application and system software design, programming, and datacenter operations.
Engineering: Electrical and Mechanical
The application of scientific and mathematical principles to practical ends such as the design, manufacture, and operation of efficient and economical structures, processes, and systems.
Environmental Sciences
The analysis of existing conditions of the environment.
Mathematical Sciences
The study of the measurement, properties, and relationships of quantities and sets, using numbers and symbols. The deductive study of numbers, geometry, and various abstract constructs, or structures.
Physical Sciences
Natural science that studies non-living systems

Judge Criteria

All projects are judged based on the criteria below:

Creative Ability - 30%

Scientific Thought - 30%

Thoroughness - 15%

Skill - 15%

Clarity - 10%

Creative Ability

Does the project show creative ability and originality in

  • the questions asked,
  • the approach to solving the problem,
  • the analysis of the data,
  • the interpretation of the data,
  • the use of equipment,
  • the construction or design of new equipment?

Scientific Thought

  • Is the problem stated clearly and unambiguously?
  • Was the problem sufficiently limited to allow plausible attack?  Good scientists can identify important problems capable of solutions.  Neither working on a difficult problem without getting anywhere nor solving an extremely simple problem is a substantial contribution.
  • Was there a procedural plan for obtaining a solution?
  • Are the variables clearly recognized and defined?
  • If controls were necessary, did the student recognize their need and were they correctly used?
  • Is there adequate data to support the conclusion?
  • Does the student recognize the data’s limitation?
  • Does the student understand the project’s ties to related research?
  • Does the student have an idea of what further research is warranted?
  • Does the student cite scientific literature or only popular literature (e.g. local newspapers, Reader’s Digest)?

Thoroughness

  • Was the purpose carried out to completion within the scope of the original intent?
  • How completely was the problem covered?
  • Are the conclusions based on a single experiment or replication?
  • How complete are the project notes?
  • Is the student aware of other approaches or theories?
  • How much time did the student spend on the project?
  • Is the student familiar with scientific literature in the studied field?

Skill

  • Does the student have the required laboratory, computational, observational, and design skills to obtain supporting data?
  • Where was the project done?  (e.g. home, school laboratory, university laboratory)  Did the student or team receive assistance from parents, teachers, scientists, or engineers?
  • Was the project done under adult supervision or did the student work largely alone?
  • Where did the equipment come from?  Was it built independently by the student?  Was it obtained on a loan?  Was it part of a laboratory where the student worked?

Clarity

  • How clearly can the student discuss the project and explain the project’s purpose, procedure and conclusions?
  • Does the written material reflect a clear understanding of the research?
  • Are the important phases of the project presented in an orderly manner?
  • How clearly is the data presented?
  • How clearly are the results presented?
  • How well does the project display explain itself?
  • Was the presentation done is a forthright manner, without cute tricks or gadgets?
  • Did the student do all the project work or did someone help?

 

 

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