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Melody Notes
Vol.1, No. 1
October 2001
Contents
* A Celebration of Life
* What is the Melody Arons Center?
* Meetings & Events
* Who Should Join the MAC?
* Music - The Calculus of Their Minds
* Thinking and Attitudes About Children
* Policy in a Vacuum
* News Clips
* What is a State Interagency Coordinating Council (SICC)?
* Neuroscience and Education - The Time is Now
A Celebration of Life
This is the first issue of Melody's Notes. It comes at a time that all of us, in different ways, experience the aftermath of the terrible attacks on our nation. Our feelings of security and invulnerability are changed forever. Some of us within our Center had earlier felt the tragedy of assault and murder of our loved ones in a way that must be similar to the thousands of families who now mourn the loss of their children or their parents. There is no way to share how those losses haunt us, nor any way to quantify what happened on September 11, 2001. There is unspeakable horror about what has been and what may be in the future. Healing is a slow and unsteady process. At its core, however, is the fundamental resilience of life. Willa Cather wrote "Where there is great love there are always miracles." in Death Comes for the Archbishop. We dedicate this first newsletter to our great love of America and to the miracle of the human family who inhabit this fragile planet. We choose to celebrate life as the victory over death.

Marilyn Arons, M.S.
President and CEO

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What is the Melody Arons Center?
The Center is a nonprofit organization serving the 0-5 population of at-risk and developmentally disabled infants, toddlers, preschoolers and their families. Its purpose is to bring together a multidisciplinary group of professionals and caregivers with a creative commitment to early intervention, diagnosis, treatment, education, and enrichment of young children and their families. It links parents as partners with professionals who emphasize a multiracial, multicultural, multiethnic sharing, empowerment, advocacy and responsibility.

The Center seeks to carefully explore integration and application of neuroscience (See feature here.) with the educational and developmental principles of human development. It seeks, finds and forms teams of educators, clinicians, scientists and parents who work together to establish early detection, prevention and intervention models that can be replicated across settings, cultures and socioeconomic groups.


Music and the Arts
The Center emphasizes the importance of music, dance, art and old-fashioned play. Music, movement, and art transcend language, race and social class, forming common bonds across the human family. Emerging research demonstrates the power and importance of rhythm, music and the visual arts in memory, language learning, and self-regulation. The unique magic of music and art appeals to the spirit as well as to the mind, providing a bridge to the gap between science, education and daily life both in and out of the classroom.

Organizational Structure
A Board of Trustees governs the Center. They are parents and professionals from multidisciplinary specialties pertaining to children and families who appoint both the officers of the organization, as well as a National Board of Advisors. In addition, they approve all research protocols to be performed by or through the Center. Members of both Boards will be featured in later newsletters.

Philosophy
We are committed to equity with a genuine passion for the individual welfare of children both as individuals and as members of the community.

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Upcoming Meetings & Events
The Center will hold four meetings per school year. For 2001-2002 , all meetings will be held in the Teaneck, New Jersey Public Library Meeting Room from 8-10 P.M. All meetings are open to the public.

Dates are:
* November 20, 200l
* January 15, 2002
* March 12, 2002
* May 15, 2002

November's Program
Speaker: MARILYN ARONS
Topic: THE BUSY BOX OF EARLY INTERVENTION

The formal presentation will explain the current structure of service delivery to infants and toddlers with suspected disabilities. Questions and comments are welcomed following the presentation. The Center's Publication, The Busy Box, A Handbook for Parents and Providers about Children with Disabilities Ages 0-5, will be available for purchase. A Needs Assessment Questionaire will be distributed in order to address areas of interest for future meetings.

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Who Should Join the M. A. C.?
There are so many organizations. In these increasingly difficult times, why should you join this one? The single difference between our Center and other research groups is that we make an open pledge to provide hands-on services to children and families. It is the application of what we know and the choice to give it to those who need it the most that makes us different. We are service oriented and genuinely enjoy working with children, their families and caregivers. We are a work-in-progress of professionals in their 20s, 30s, 40s, 50s and 60s from many different fields who are committed to rethinking and reworking 0-5 programs, particularly in the urban areas. We are parents who know the frustration of raising young children without meaningful information to guide us. We are risk-takers whose mission cuts across race, religion, language and economics. That mission is to improve the lives of the young by applying the best and most accurate of what we know that works. We are willing to be observed and encourage others to watch us and work with us. We will make mistakes along the way, and want a team of others we can rely on for improvement of our services.

We want to have the outcome of our work and collaboration with families measured. We want to know if the child improved, why the child improved and how to do it again.

We do not seek confrontation, but exploration. In the way that parents and school districts attempted to use law and the courts over the last 25 years to resolve certain disputes, so the 21st century offers the use of science, technology and reason for that purpose. It is not ready yet. But it soon will be and we must be prepared to use it.

We will not avoid debate, and want to engage in dialogue with others. We want to apply what we know and work with others to learn more. The one thing we will not do is to harm any child or family in our care. We don't want two-class care or three class care, the poorest getting no-class care. We seek to mobilize the abundance of talented educators and clinicians with an interest in neuroscience and its potential applications in the classroom and beyond.

We admit that there are more questions than answers. But our young children need better than they are getting, and we are willing to contribute what we have. We are members of a community and will not act unilaterally. We want to learn from you and will respect who you are and what you say.

"We" is you. We live at a moment in history when young children have never been in greater jeopardy. Are you concerned about the lack of high quality and affordable day care? Is education the largest public health crisis in America? Does the fact that there are so few studies to better understand the needs of non-white or non-English-speaking children disturb you? Is your infant or toddler disabled and without services? Do you want to participate in a celebration of life? If the answer to any one of these questions is "Yes", you should join the Melody Arons Center. The membership form is here.

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Music - The Calculus in their Minds
Jonathan Arons, B.A., B.M.

Music is an essential part of a person's education. Relating concepts of different subjects and disciplines results in a deeper understanding of individual concepts- and then a deeper understanding of their universality. Music is one medium that seems to cross over all subjects of learning.

It is no coincidence that the alphabet is learned through song, or that many kids in kindergarten clean up their messes while singing songs. Music has the power to inspire, motivate, and teach in ways that other methods, such as rote memory or repetition, lack.

I am not a neuroscientist, so that I cannot explain this phenomenon. But from my experience as a scientific analyst and a professional musician, I can share my observations. When adolescents sing their favorite pop song at a bus stop, it seems to unite the group in a type of collective expression of passion. But music does more than arouse the passions.

When one studies music, it becomes obvious how mathematical its sonic and compositional structures are. The twelve-tone harmony that is the basis for all European and most American music is very grid-like in structure, patterns of notes similar to the symmetry and logic in an algebraic expression.

It is my experience as a musician and scientist that the thinking pattern required in order to play the "correct" notes in an etude or an improvised piece of jazz is the same logic that is used when finding the missing variables in an algebraic expression of math. In both fields, they can range from simple excerpts (or equations) to very complex and extensive pieces and expressions. Cross- referencing subjects and fields of study merely enhances the material in those fields. Music and math is just one example of this.

In the beginning stages of education, one often hears about nursery songs being sung to and by toddlers. This helps them to acquire skills and understanding as I remember it and as I have seen it when performing in various schools around the world. However, when one hears about music programs being cut from elementary and high schools, and music not appreciated in the development of young children, I think educational institutions are overlooking the value of music for every age level and every grade. They miss the fact that these musical programs will not only inspire the cacophony in student's hearts, but also inspire the calculus in their minds.

(Mr. Arons is a double degree student from Oberlin College. He was a featured performer in Swing, and recently performed at the Monterey Jazz Festival with the Dave Holland Big Band. He is a member of the Center's Advisory Board.)

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Thinking and Attitudes About Children
Nancy Sloane, M. Ed.

As a member of the Center's Executive Board, I am pleased to participate in this first issue of our newsletter. At the outset, I would like to provide a brief background to serve as a context for this article.

I work for a private graduate school in its Department of Continuing Education. For the past six years we have been involved in a project which is located in a large urban school district. The majority of the population is poor children of color. Their school district is in trouble.

A number of years ago, the state took the administration of the entire district out of the hands of the local board of education. At the time of this writing, the state is still "in charge". To assist the district in its efforts to improve the quality of education, my graduate school was asked to serve as a resource for the early childhood classrooms, pre-kindergarten through third grade.

Our project offers teachers and administrators a framework for reflective classroom practice. We promote an integrated, experiential, inquiry-based approach to working with children. We also support the district in its efforts to be culturally responsive to children and families.

Although we work with school administrators as well, I consider the center of my work to be with the teachers. Basically, we are asking teachers to change the way they think about and work with children. This is very personal work. It is a big task. It is a slow task.

As I think back over my years working in this school district, a few phrases come to mind that I will never forget. I think they reflect many of the attitudes I encountered when I entered these classrooms for the first time and include:

"You have to domesticate them before you educate them."

"What do you mean go on a home visit?Are you nuts?"

"But these parents don't care about theirkids."

"He should have gotten over that by this time." (This was in reference to a young child who witnessed his mother thrown to her death out of their apartmentwindow.)

"These kids are used to disaster. They don't need to talk about this one."

"But these kids can't do that."

As I recall these phrases, I ask myself What are the underlying attitudes that generate such statements? How do these attitudes of educators affect children's learning? What do these phrases tell us about the equality of education in this country?

Although I have seen significant changes in teacher practice and great improvement in many children's educational experiences, I'm still left with wondering

Has my work only served to change the way teachers work with children?

Has it done anything to change the way teachers think about children?

What can be done about the attitudes of those responsible for educating our children?

(Nancy Sloane is a staff developer with Bank Street College of Education. She presently works with kindergarten through third grade teachers. Formerly, she worked as a classroom teacher, early childhood consultant and administrator.)

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Policy in a Vacuum
Raymond R. Arons, Dr. P.H., M.P.H.

Having accurate facts upon which to make effective policy is a lost art. Most policy in all fields is done in the absence of quality and reliable data, including health and education. When it comes to children from 0-5, the paucity of data is striking. Both the technology to collect data, and the scientific skills to perform analysis has moved at the speed of light in the past decade. Computers that would have cost millions of dollars in the 1980s are less than $1,000 today. We are a nation that is data rich, but access poor for reasons that go beyond technology and are more political. Real and precise information requires action. In many instances, action requires expenditures. Therefore, it is my view that the fragmentation of data on children exists in many instances to protect political turf and the sharing of public funds.

Departments of education, health, and social service agencies rarely interchange data under a cloak of confidentiality. The best sources of data for children from 0-5 are those collected by health agencies on the state and national level because of their 19th century mission. As scientists, they were to identify and measure the mortality and morbidity of adults and children. They have more funds now than any of the other agencies to collect and disseminate their findings.

The National Center for Health Statistics, the lead agency of the Centers for Disease Control (CDC) produces 40 surveys annually on the health of our nation. The most important survey for identifying children at risk is the National Health and Nutrition Examination Survey (NHANES). It takes six years to complete with over 6,000 questions, and contains data for children and adults, costing hundreds of millions of dollars.

Though comprehensive, the data unfortunately does not provide the total picture of American infants and children from 0-5. Other CDC studies focusing on mothers, babies, and follow-up studies add more knowledge. Our nation provides data on every child born and hospitalized with diagnosis, socioeconomic status, and outcome measurements. All newborns have their birth weight, their mother's condition, the type of birth, and the scores given at the time of birth, called APGAR scores. Birth certificates provide additional statistics. These data are taken on an individual or patient basis.

The federal Department of Education, however, produces no specific data for analysis, giving only tables of numbers. No specific data for children is available for analysis. I suggest that we strip the current confidential identifiers, and combine them with health statistics. Then the portrait of our nation's children will be seen for the first time. Add the data collected by social service agencies and the full picture will emerge.

Will there ever be interagency cooperation to yield the type of data I describe? Unlikely.

Departments of education and social service agencies in our nation appear to be neither interested in, nor capable of sharing these data. Having an accurate picture of all of these at risk children and families will clearly result in more expenses from their agencies. They were not prepared to do this before the World Trade Center disaster.

As a result of forming policies for children in the vacuum I have described, the current system of service delivery does not work. Data must be shared across agencies and expenditures made available to fund the dramatic unmet needs of infants, toddlers and preschoolers.

(Dr. Arons is Assistant Professor of Public Health, Columbia University, and former Director of Case Mix Studies at the Columbia-Presbyterian Medical Center.)

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NEWS CLIPS

Research & Improvement Secretary
Grover J. "Russ" Whitehurst is the new U.S. Department of Education's assistant secretary for educational research and improvement. Prior to his appointment, he had criticized the federal government's inability to bring researchers together to meet the practical needs in education.

A central focus will be to rebuild this office so that federally-funded projects are not politically suspect, underfunded, poorly done and unconnected to the needs of educators.

(Education Week, Debra Viadero, 9/5/01)


Expert on Baby Language Dies
Dr. Peter W. Jusczyk was a psychological researcher who devoted his career to discovering the mysteries of how infants learn language. His work studied children from 6 weeks to 2 years, and was very significant in showing that babies have the capacity for language before they actually talk. Among his studies he examined whether babies could perceive language in the womb. He found that they could and learned the rhythms of their native language and their mother's voice before they were born. He likened the way infants learned language to the way songbirds learned to vocalize.

(The New York Times, Carla Baranaukas, 9/2/01)

Parent's Rights
Two recent U.S. Supreme Court decisions could seriously limit parents' access to legal services in special education, including services to children 0-5. In the Matter of Marilyn Arons raised the question of nonlawyer representation in Delaware in special education hearings. The refusal of the Court to hear that appeal leaves the question open for other states in the future. Buckhannon Board and Care Home, Inc. v. West Virginia Dept. of Health & Human Services limits attorney and related fees for parents who file for due process and whose cases settle before a written decision by a court is issued.

(EDLAW Briefing Paper, Judith Gran, Esq., May-June 2001)

The Future of Children
The journal, The Future of Children, published a recent report emphasizing the importance of caring for children from birth to 3 as part of discussions about school readiness. The 157 page report, "Caring for Infants and Toddlers", is available online at www.futureofchildren.org.

(Education Week, Mary Ann Zehr, 9/19/01)


CEC Features Neuroscience

Today, the newsletter of the Council for Exceptional Children, featured neuroscience activities in its September 2001 issue. Science-based validation of instructional strategies was a topic at its Leadership and Research Project Director's Conference on July 10-13, 2001. Neuroimaging about how individuals read was presented with evidence to support that teaching interventions that relied on phonics was more effective that those that relied on sight words.

IDRA Celebrates Cardena's 50 Years as Educator
The Intercultural Development Research Association, IDRA, in San Antonio, Texas, celebrates Dr. Jose Cardenas and his 50 years of excellence, leadership and contributions toward improving educational opportunities for Latino children. He founded IDRA in 1973, working to create self-renewing schools that value and empower all children, families and communities. In a recent interview he commented on his concern with current HeadStart programs.

One of the reasons for the implementation of the HeadStart and other early childhood programsówas to provide pre-requisite skills so that the student who undertakes a basic skill at age 6 has already mastered the language, words and concepts involved with the learning situation. Early childhood teachers are often under strong pressure to teach academic skills rather than the development of prerequisite skills.

(IDRA Newsletter, Jose Rodriguez, June-July 2001)

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What is a State Interagency Coordinating Council (SICC)?
An SICC is required by federal law, I.D.E.A., and exists in each of the 50 states. It is a largely unknown group to professionals and parents, the role of the SICC being vital in creating public policy, as well as delivering services to each state's population of 0-5 children. It has quarterly meetings and is ultimately responsible for the services that are to be in place for children and families at the local level.

Every parent and provider needs to know the names and agencies of those on their SICC and become involved to the greatest degree possible. A significant issue for all SICCs is the need for more parent participation, particularly reflecting the diversity of their states.

New Jersey's SICC has 24 members. They are:

  • William Agess, Chair-Parent
    609-895-0099
  • Jennifer DeMauro, Parent
    609-208-0999
  • Nicole Harper-SPAN, Parent
    973-642-8100 x 102
  • Louise McIntosh, Provider
    908-277-2883
  • Marie Coll, Provider
    609-397-2538
  • Joseph Holahan, M.D.
    973-754-2510
  • Mary Lotze, Provider
    732-235-8038
  • Mary Remhoff, Provider
    732-224-6887
  • Joyce Salzberg, Provider
    732-761-0088
  • Joan Sillari, Provider
    732-548-4256
  • Toni Spiotta, Provider
    973-655-4255/4357
  • Mary Jo Tivenan-Mackintosh, Provider
    732-223-2333
  • Barbara Gantwerk, N.J. D.O.E.
    609-633-6833
  • Carol Grant, Human Services
    609-292-7533/1034
  • Celeste Andriot Wood. Family Health Ser.
    609-292-4043
  • Phil Perlstein, Actuary
    609-292-5427 X 50326
  • Danuta Buzdygan, M.D.-Medicaid
    609-588-2718
  • Assemblyman Melvin Cottrell
    732-901-0702
  • Susan Richmond, D.D. Council
    609-984-4509
  • Deborah Spitalnik, Personnel Training
    732-235-9326
  • Rosarita Annusseek, Head Start
    212-998-5528
SICC Support Staff
  • Terrie Goeke
    609-730-1522
  • Terry Harrison, Part C Coordinator
    609-777-7734
  • Colleen Head, Procedural Safeguards
    609-777-9258
Members of the Center's Executive Board attended the first SICC meeting for the year on September 28, 200l. Their next meeting is on November 30, 200l in Jamesburg. Call Cynthia Newman, 732-699-0944.

KIDSNEEDS
A booklet, KidsNeeds, was distributed at the SICC meeting and is available to the general public. It describes 23 unmet needs, Action Plan, and budget to be implemented in New Jersey. Similar materials should be available in the other 49 states.

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Neuroscience and Education - The Time is Now
by Marilyn Arons, President & CEO
(This presentation was given at the Art Education Conference in New Jersey on October 3, 200l.)


Introduction
Good morning. My name is Marilyn Arons and I am President and CEO of the Melody Arons Center for Applied Preschool Research and Education.In addition, I am also the Founder of the Parent Information Center of New Jersey, the first parent information center in the United States, begun in 1977. I want to extend my enormous thanks for this opportunity to appear at your conference today. In particular, I am grateful to Sharon Rubin, one of your colleagues and another presenter at this conference. Sharon took one of my classes last spring. After one particularly lively session, she said, "You know, Marilyn, you really should present this at our conference!"" And here we are at the annual Art Educators Conference of New Jersey. This picture you see on the screen behind me is from the website of the Art, Disability and Expression exhibit." It illustrates the power of art to express ideas and feelings in a truly universal language. Following the national tragedy of September 11, 200l, The New York Times presented how the expression of grief and the power of art are connected in its September 13th issue." Theater, literature, art, television, classical music, photography, dance, film, jazz and pop music provided the rending screams, insights on pain and joy, inspiration and affirmation that each of us felt and continue to feel. These verbal and nonverbal language forms are possible because of the way we are designed as humans, and are in fact, expressions of neuroscience.

In order to put my presentation in context, let me give you some background. I was born and raised in Holly, Michigan." My first 28 years were spent as an artist from a family of artists. Dad was a cartoonist for the Detroit Free Press for a brief period, and three of his sisters were, respectively, a painter, an architect, and an interior decorator. I drew and sculpted from my earliest memory. A favorite medium was the wax left over from the honeycomb Mom brought home for me to chew instead of candy. But music was my art form. I was a singer, pianist and actress, with a dramatic flair that in the 1940s and 1950s was close to unacceptable for a proper and conservative Michigan girl." I got a degree in music in 1961 and taught music, as well as English, for the next 30 years.

I was also fascinated with skulls. As a youngster, I stayed with my Mom's family a great deal. They were farmers who butchered their own livestock for sale." Though repelled by the blood and gore, I was fascinated from the beginning by the brains cradled within the skulls of the cows and sheep. I was repulsed and riveted when my uncles made delicacies from those brains, including headcheese. Growing up, I wasn't good at math, and science courses were discouraged. My future was going to be on the stage, and science courses had no place in that grand design.


Melody
In 1968 my daughter, Melody, was born. That beautiful baby, whose face you see on the cover of the Melody Arons Center brochure, was disabled in a number of ways. But there was a spark in her eye that kindled every fiber of my maternal instincts, and fed the search that was to consume the rest of my life. What caused her problem?" How could I fix it?" How could I make it better? From 1968 until today, I have studied and searched to answer those questions and am still looking. Along the way, I participated in the Neuroscience and Education program at Teachers College from 1980-1985. I've attended continuing education courses in neurology and neuroscience at Columbia, Harvard and MIT, among others." But let me emphasize, I am not, in any way, a neuroscientist. I am a parent, teacher and a researcher with a quest to better understand the central nervous system in order to provide better services to children and families. Because of Melody's needs, as well as astounding strengths, the Parent Information Center of New Jersey was founded. I worked there for the next 22 years, running it out of my home and raising our children at the same time. My reputation was and remains as an activist and advocate for children with special needs. With Melody's death in 1997, I decided to return to my roots as an educator, never losing my excitement and curiosity about why and how children learn." The Melody Arons Center was created in her memory in order to honor her life and make sense of her death.

I have spent four decades in various graduate programs, completing the most recent in May of 2001. The discrepancy between the content of teacher training programs and what we know about the biology of child development appears to have increased in these 40 years, rather than come closer together. One of the Melody Arons Center goals is to help narrow the gap between neuroscience and education. So for the next 30 minutes, sit back and let my words and images float out to you and, hopefully, stir your creative juices as logic, language and your artistic spirits paint the pictures of your mind.


What is Neuroscience?
Neuroscience is a field that keeps redefining itself because of what we discover that leads to new and unanswered questions about why we are who we are. It is a science that is far more than about the labeling and understanding of brain parts and of the incredible strings of cells protected by the vertebrae of our spine. It is partially about the combination of those cells and the brain that is their receiving and processing site, sitting on top of our neck like a roundhouse for all of the trains and train racks of incoming and outgoing information, both conscious and unconscious. It is a science because strict scientific methods are required in the gathering and analysis of information. It emphasizes objective measurement obtained under rigorous controls, as well as the ability to repeat a study and come up with the same results.

If neuroscience is reduced to its lowest comic denominator, it might look like this (slide) for teachers, and like this (slide) for students. As you look at these pictures, please note the use of the word "lobe" by the author. We will be coming back to that word and these slides later. Both slides have four things in common:
  1. Teachers and students have brains.
  2. Each has a left side and a right side.
  3. Both have lobes.
  4. Information presented about the brains of teachers and students is entirely wrong
Such is the status of the basic knowledge and assumptions about our brains and central nervous systems that both the general public and educators often share.

From Neurons to Neighborhoods
The most comprehensive analysis about the connection between neuroscience and education was published this year by the National Research Council and the Institute of Medicine. It is titled From Neurons to Neighborhoods. Every school, and in my opinion every educator, owes it to him and herself to get this book and immerse themselves in its findings and recommendations. It is, without a doubt, the most groundbreaking publication on children that I have read in the last 30 years. For the first time, From Neurons to Neighborhoods makes the complexity and mystery of neuroscience understandable to educators and child-care providers, as well as to clinicians and scientists. Based upon its contents, let me now try to answer the question:

What is Neuroscience?
  1. It is the continuous interaction between biology and experience. For our purposes, it is what happens in the classroom, at home, and in the community.
  2. It is the childrearing beliefs and practices by cultures that are designed to promote healthy adaptation. It is what the African child, the Dominican child, the Chinese child, the Russian child, the Taliban child has been immersed in relative to traditions and beliefs that allow them to change and respond to different environments and viewpoints.
  3. It is the intrinsic human drive to explore and master one's environment, a concept that must factor in Darwin, natural selection, and how the idea of natural selection changes brain structures and systems.
  4. It is human relationships as the building blocks of healthy development- or unhealthy development
  5. It is the individual differences among children that make it difficult to know if the variations they show are temporary or indicate a persistent impairment. Is it a phase they are passing through, or is it a mental, emotional, intellectual, social or physical impairment? Or a combination of impairments? That is the central question every teacher faces when he or she works with a child and knows that something is not right. Will it go away on its own or should you do something now to provide the child with help?
  6. It is the interplay between an individual's strengths and weaknesses. We do what we are good at and want to keep doing it." That creates a structural change in the brain, as does avoidance of what we do poorly. It is a kind of natural selection where the strongest systems of the brain become stronger, while the weak have the potential to wither and die.
  7. It is the impact of poverty and poor nutrition. All of us know that a sick child, a beaten child, a hungry child, and an exhausted child have educational problems. Brain systems are changed from conception through life by malnutrition and the scourges of being raised in poverty.
  8. It is molecular and behavioral genetics. It is more than a joke to say that the best gift we can give our children is good genes. But it is the interaction of those genes with life experience that can change what we started out to be from who we are.
  9. It involves understanding basic biological processes, such as the stage theories of Piaget and the social theories of Vygotsky. We are simultaneously individuals and members of a group. It is how those interactions impact and transform one another that constitute an element of neuroscience.
  10. It includes neurochemical and neuroendocrine factors. Our brain uses an electrical-chemical system to learn, understand and pay attention." In addition, there are brain systems that we call "autonomic"." They regulate our breathing, balance, fight or flight responses, heart rate, appetite, and much more." All of these systems interact with one another in infinite ways.
  11. It studies prosocial and antisocial tendencies. Consider the students and adults in your life with great social skills, terrible social skills, and their change from one to the other, depending on the situation.
  12. It studies planned and sustained attention. This involves far more than the much publicized and misunderstood attention deficit disorder. It includes every system we have, with the genetic load given to us, that helps us to sequence mental and physical activities, integrate and sort out all of the information that comes into our body simultaneously, and to focus on whatever is required in order to successfully complete a task.
  13. It studies responses to stress. When your supervisor or a disruptive student enters your class, you may be apprehensive and full of dread. Your heartbeat increases. You may begin to sweat. Students' responses and your responses to stress factors are a vital area of neuroscience study.
  14. It studies the mechanisms involved with birth outcomes and developmental disabilities. The word "mechanisms" means many things- the brain chemistry, structure, nature of the problem, and other systems that may have the potential to improve the problem.
Discussion
Are you thinking "What did she say?" Have certain words-neuroendocrine for example- just whizzed passed your ear? Are you already tuning me out?" At this very moment we are 102 central nervous systems, each very different from the other, trying to make sense of one another. Similarly, that is what you experience in your classrooms every day. That is neuroscience.

Vocabulary
The language used in any presentation about neuroscience can make you crazy. Today, I'm going to give you six vocabulary words that you will hear in any talk about neuroscience." They are hemisphere, lobe, neuron, axon, dendrite, and synapse. And I promise you that this will be painless-as long as you understand that Michigan humor is quirky and not one bit sophisticated!

Hemisphere (Slide).
No! Not the "Hem is Fur". Hemisphere. (Slide) Hemi means half. Sphere means any rounded body whose surface is at all points equidistant from the center, or a rounded body approximately in that form. Your brain is in the approximate shape of a sphere. The top part of it, like a mushroom cap, is divided in half down the middle. (Slide)

Lobe (Slide)
No! That is a tennis "lob" with a short "o"." This is lobe (slide) with a long "o"." A lobe is a roundish projection of division. You instantly think of the ear lobe." The mushroom cap of the brain has four lobes in each hemisphere." Now, let's go back to the slides of the Teacher and Student brain. What mistake do you see that the author made?

Neuron (Slide)
See the old man at the bottom of the slide? We'll call him Old Ron. He is holding a neuron. Neuron comes from a word meaning "sinew" or "tendon", and when you look at its shape you understand the basis for calling it a neuron. It is thought that there are as many neurons in each brain as the number of stars in our galaxy. (Slide). You've met Old Ron. I'd like to introduce you to New Ron.

Axon (Slide)
Every neuron has incoming and outgoing information through two different structures. The axon sends the information out over long distances to other brain parts in the nervous system. If you use the ax on the axon, there will definately be a problem.

Dendrite (Slide)
These receive incoming information and take it into the neuron through tube-like extensions that tend to branch around the cell." (Slide) An example of incoming information would be the directions, "First go left, den drite."

Synapse (Slide)
"Syn" combines the meaning of "with" and "together". "Apse", as artists probably know, means circle or arch. The linguistics of "synapse" suggest the essence of two cells, circular or arched shape. They transfer information from one to the other at a specialized point of contact. The space between those cells is called a synapse. The "snaps" your fingers make when you click them represents this. These two fingers, like cells, come together with energy that creates an explosion that you hear when your fingers connect.


Anna Axon and Danny Dendrite
Discussion of the synapse is the perfect point of entry for an introduction to Anna Axon and Danny Dendrite. (Slide)" Anna is the teacher sending neuron. Danny is the student receiving neuron. The pearls of wisdom that Anna gives to Danny and the class flow out of her and across the boundary of her teaching space and into the students' learning space. That space between teacher and student is conceptually similar to the synapse. Danny is an odd looking kid. His receivers are all on the surface of his face. Each receptor eye, ear, hand, foot, etc. is different and receives only the information it is designed to receive. As Danny is receiving your lesson, his axon is sending you all sorts of incoming information. Teaching and learning is a constant dance, back and forth, of energy, input and output, in ever changing forms and variations. (Slide). This is the way Anna and Danny looked in the original New York Times Magazine drawing upon which I based my cartoon. These are two cells, sending and receiving information across the synapse.

The sending and receiving of information is a simultaneous two way street. As a teacher, what are you sending out across the synapse for Danny to receive?" You are transmitting your smell, the sound and rate of your voice, your size, your dress, your touch, your facial expressions, the way you move in space, how you behave with boys as different from girls, how well organized you are, the kinds of activities you select, how you transition from one activity to another, and whether you like or dislike students in general, or a few students in particular. Remember- the message you think you send may not be the message that is received." Reception depends on how Danny's individual receptors are coded." His reception of you and your lesson depends on where he is developmentally, his culture, socioeconomic level, his intellect, health, likes and dislikes. It depends on his comfort and goodness of fit with you, the other students in your class, the number of students in the class, his home-life, your curriculum demands, and his sense of self, self worth and mastery. If there is goodness of fit, then most of Danny's receptors take in what you are sending and understand it. Transmission passes through the surface barriers of the dendrite and enters the system of billions of encoded and intertwined networks of cells that electrify the air in the excitement we call education.


Mind and Brain
The brain is but the muscle of your mind. You are more than the sum of its parts, the symphony of many pieces playing together in exquisite coordination." That muscle is about the size of your two fists put together. The person who emerges as the collective result of what that brain and central nervous system do is reflected in what we call mind.

Make two fists and put them together in front of you. Notice how your fingers bend and touch the inside of your palms, and all of the surfaces that are suddenly near each other. Notice the opening at the bottom of your hands and where your wrists begin. That is where the incoming and outgoing cellular train tracks enter your brain. Notice your hemispheres. Though sometimes untrue, the left side is considered to be the language side, and the right your visual-spatial side (Slide). Here is a traditional picture of the human brain. One of the most complicated systems in it is the visual system (Slide). This is of particular importance to artists. (Slide) Here is a picture of the brain from the bottom-up. Notice that color concepts have a specific place for processing, and are in a different place than the ability to name colors. The incredible richness and complexity of the brain when looking at and processing the outside world was captured by Pavel Tchelitchew in his painting, Hide and Seek. (Slide)

Conclusion
Finally, let me address the importance of the arts in the education of children from an unscientific and very personal point of view. At this time of growing resegregation, polarization and upheaval in the United States and the world, artists are the canaries in the coalmines. Because of who we are and what we do, many of us think "out of the box"." We unintentionally tend to make certain kinds of people uncomfortable. It is the way we are made. We were the first to break the racist color barriers in the United States. We speak in the universal language of color and shape and texture and melody and movement. " I am convinced that I have lived this long and in this way because, at my core, I am an artist. Pablo Picasso said, "Every child is an artist." The problem is how to remain an artist when he grows up. That is especially true when a child grows up with a disability. And true when you are that child's parent.

In 1998, the Arts Education Partnership published its report, Young Children and the Arts: Making Creative Connections. Though addressing ages 0-8, the report's findings and recommendations apply throughout the K-12 spectrum. Its two research recommendations were:
  1. Continue to research and refine the relationship between the arts and literacy development. (That is an example of neuroscience.)
  2. Conduct studies that examine and define the effect of arts education on the learning and development of children." (That is an example of neuroscience.)
In May of 200l, the Arts Education Director from the National Endowment of the Arts, Doug Herbert, provided a keynote address to the Model Arts Program Conference in Los Angeles. He emphasized the need to integrate the Arts, Sciences, and Humanities, and concluded by saying:
What cannot be overstated in all of this is the riskeach of you, individually and as schools and school districts, are taking to improve arts learning for your students.A long time friend and colleague always signs his letters with a phrase I will leave with you. "There is dignity in risk."
Similarly, From Neurons to Neighborhoods concludes by saying:
The time has come to stop blaming parents, communities, business and government- and to shape a shared agenda to ensure both a rewarding childhood and a promising future for all children. The charge to society is to blend the skepticism of a scientist, the passion of an advocate, the pragmatism of a policy-maker, the creativity of a practitioner, and the devotion of a parent•and to use existing knowledge to ensure both a decent quality of life for all of our children, and a promising future for the nation.
I would add "and for the world". That is my hope for us here today.Thank you.

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