| The following is a continuation of a chapter reprinted by permission from 21st Century Obstetrics Now! (David
                                    Stewart, PhD, and Lee Stewart, CCE, Editors), National Association of Parents & Professionals for Safe
                                    Alternatives in Childbirth, 1977.  (p. 387)
                                    
                                    
                                    
                                  See here for "Why Women Must Meet The Nutritional Stress of Pregnancy" Part I
                                  See here for "Why Women Must Meet The Nutritional Stress of Pregnancy" Part II
                                  Medical Mismanagement--
 The Prevailing Obstetrical Care
 The rational observer would assume that, in the light of the wealth of scientific data and implications of basic principles
                                    of internal medicine and neurology, maternal nutrition would receive top public health priority.  A neuro chemist and physician
                                    who extensively researched the relationship between prenatal nutrition and fetal development observed an inherent paradox
                                    in our feigned concern for infant and childhood health.  He declared:In this country, major biomedical efforts have pinpointed a number of fatal diseases for eradication, including
                                    poliomyelitis, cancer, and cardiovascular disorders.  There has been a particular emphasis on diseases that affect children,
                                    and the news media often report cases that elicit immediate and generous response from individuals and organizations.  But
                                    the oldest and most persistent scourge of mankind, which most often affects children and destroys their life opportunities--the
                                    triad of hunger, poverty, and ignorance--is largely forgotten by the community...One would assume that medicine devoted to
                                    the care of women and children would be the most advanced part of medical research and practice.  Yet nothing could be further
                                    from the truth...Why is there so much indifference to this subject of hunger, malnutrition, and starvation, when children
                                    and pregnant women, who generate instinctive sympathy and concern from almos everyone, are the most severely affected victims?[76]
 
 While veterinarians, farmers, and ranchers have clearly defined standards for the management of pregnant animals, no such
                                    standards exist for humans.
 
 Notwithstanding the reluctance of obstetricians, who seldom receive much training in nutrition [as of 1977], to incorporate
                                    sound prenatal nutrition as a fundamental aspect of prenatal care, it staggers the imagination to attempt to justify their
                                    insistence on drugs and restrictive diets, especially since such regimens have been linked to reproductive pathology.  One
                                    survey [as of 1977] showed that only 5% of obstetricians believe that appetite suppressants are unsafe among obese gravid
                                    women .[124]  Among the obstetricians surveyed, 57% stated that they prescribe the drugs for "overweight" patients.  In another
                                    survey only 57% of the obstetricians surveyed rejected the concept that the fetus behaves parasitically in extracting its
                                    nutrients regardless of the mother's nutritional intake.[125]  It was not surprising that only 5% of them seemed to be aware
                                    of the protectie effects of applied, scientific nutrition.
                                    
                                  One nutritionist stated:Obstetricians seem to think that a low calorie diet to keep the mother's weight down is of prime importance.  Many
                                    doctors [as of 1977] even threaten to hospitalize women in the last trimester if they gain more weight than prescribed.  Some
                                    patients I have seen have said their doctors have prescribed a ridiculous (weight gain) of 12-14 pounds!  The doctors still
                                    prescribe a low salt diet and blindly use diuretics to hopelessly attempt to prevent swelling...The restrictive diets these
                                    women are given daily are the most damaging regimen possible, to both mother and especially the developing fetus.  Critical
                                    fetal brain development during this period can never be attained, besides the other possible damaging effects to maternal
                                    health and fetal development.  It is frightening to see all these drugs the obstetricians still daily prescribe.  You
                                    think they would have learned from Thalidomide that drugs and development don't mix, but it seems they want to recreate that
                                    horror in the 70's.
 
 
 The practice of weight control, salt restriction, low calorie diets, and drug use during pregnancy is still the biggest problem
                                    with the obstetrical care in the (San Francisco) Bay Area, and probably the entire U.S.  These obsolete ideas are still being
                                    practiced daily, despite constant warnings from the nutritional researchers...The only answer is to inform all pregnant
                                    women of the risks they will encounter if they follow their obstetrician's philosophy, and to recommend they either find an
                                    obstetrician who has adopted the most recent methods (they are few and far between) or advise them to talk to a nutrition
                                    consultant or a university nutrition researcher in their area.[126]
 "There are a number of phenomena which we have accepted as 'normal in pregnancy' which I have realized were nutrition-related
                                    and which I do not see in my practice any more ... Mothers who are properly nourished do not get stretch marks, and they do
                                    not seem to have acceleration of dental caries or softening of the gums.  I do not see loss of hair, splitting of nails, softening
                                    of bones, anemia, postpartum hemorrhage, or failures of nursing.  In addition, after the 4th month, most mothers feel normal
                                    as far as energy output."
 (One physician's observations after adopting an effective nutrition program for his pregnant patients.)
 
 A concerned supporter of good prenatal nutrition explained:The American medical profession appears to have a dragnet out during prenatal care.  Or are the medical profession
                                    and drug industry blind regarding the nutritional needs of the expectant mother, or too ignorant or stiff-necked to care?
 
 
 The doctor, as one mother put it, doesn't have to live with the child whom he has caused to suffer brain damage and deformaties.
                                     So a mother has to use her own judgement.  She must discard the doctor's advice for restrict her weight, use drugs, and omit
                                    salt which the baby needs during her prenatal care.  Indeed, she should question that doctor's whole professional outlook.
                                     Since the doctor's aducational preparation for his profession does not include nutrition, the expectant mother must learn
                                    for herself about the nutritionally balanced diet.  If she omits the empty calories from her diet, she will not put on unneeded
                                    fat.  She must remember that weight and water gain is important for a healthy baby.[120]
 Since the doctor's educational preparation for his/her profession does not include nutrition, the expectant mother must learn
                                    for herself about a nutritionally balanced diet.
 
 While veterinarians, farmers, and ranchers have clearly defined standards for the management of pregnant animals, no such
                                    standards exist for humans.  A professor of animal husbandry stated: "With too little salt in the diet...animals become
                                    unthrifty and in time go to pieces.  Cows deliver weak calves, or even lose their calves.  Cows may even die from salt starvation...When
                                    thinking about salt in livestock management, keep in mind that it is: 'Profitable to remember, costly to forget'"[127]
                                    
                                  In contrast, a widely distributed booklet for pregnant women reads: "(Your doctor) may prescribe medicines to help control
                                    your blood pressure and/or fluid retention."[128]  To toxemic women the booklet suggests: "Do not use salt to season your
                                    food, either at the table or in cooking."[128]
                                    
                                  A booklet written for diabetics gives similarly pernicious advice.  It reads: "Besides insulin, your doctor may want to prescribe
                                    other medications during your pregnancy--a diuretic, for example, if you are retaining fluid excessively...Follow his directions
                                    carefully."[129]
                                    
                                  The insistence of weight control during pregnancy by physicians has led to an innumerable number of instances of preventable
                                    iatrogenic maternal and infant morbidity and mortality.
 
 Another area of obstetrics which is completely misunderstood involves weight gain during pregnancy.  As in the case with distorted
                                    views on salt metabolism, the use of weight control has led to an innumerable number of instances of preventable iatrogenic
                                    maternal and infant morbidity and mortality.
                                    
                                  Weight gain has been shown to be the maternal factor which is most highly correlated with birth weight.[51]  Although weight
                                    gain during pregnancy can reflect nutritional status, it is not an accurate indicator of dietary adequacy.  One reason that
                                    a dietary history and/or blood constituents analysis are more accurate means of assessing nutritional status is that, as in
                                    the nonpregnant state, a high weight gain can result from a high-calorie diet which is low in essential nutrients.  Also,
                                    paradoxically, undernourished (particularly protein-deficient women) can gain a rapid amount of weight in a relatively short
                                    period of time as a result of pathological edema.  As has been established herein, the edema in such women is a direct consequence
                                    of lowered colloid osmotic pressure of the plasma protein caused by hypovolemia [36,102] and frequently leads to metabolic
                                    toxemia of late pregnancy.[36]
                                    
                                  Since healthy, full-term children are born to women who have a normal pregnancy at a wide range of weight gain (or weight
                                    loss), subjecting a group of women to any particular weight control regimen is unscientific and potentially hazardous.[130]
                                    Hytten discovered that the distribution of weight gain during the last 20 weeks of healthy pregnancies approaches the normal
                                    statistical distribution with a mean weekly gain of one pound.[100]  Because of individual differences, it is best for pregnant
                                    women to eat a diet of nourishing foods to appetite without regard for their weight gain.[36]
                                    
                                  In a study of approximately 8,000 single live births of 37 to 44 weeks' gestation, Lowe demonstrated the direct and highly
                                    significant relationship between weight gain and birth weight.[35]  The correlation between birth weight and maternal weight
                                    gain was 0.94.  He showed that the relationship was not continuous, since, at and above approximately 3500 grams (7 pounds
                                    11 ounces), birth weight does not increase as weight gain increases.
                                    
                                  Utilizing data from the Collaborative Perinatal study, Singer et al. analyzed the association between weight gain and infant
                                    development.[131]  They confirmed the findings of other researchers that age, parity, and many other factors are not related
                                    to birth weight when weight gain is one of the independent variables.  The data in Table 39 show that the incidence of low
                                    birth weight is related to weight gain at the .001 significance level.
                                    
                                  TABLE 39
 CORRELATION BETWEEN
 WEIGHT GAIN DURING PREGNANCY
 AND INCIDENCE OF LOW BIRTH WEIGHT
 
                                     
                                       
                                          |  |  
                                          |  | 
                                                
                                                   | Weight Gain (Pounds)
                                                         
                                                       | % Low Birth Weight
                                                         
                                                       |  
                                                   | Loss
                                                         
                                                       | 17.0
                                                         
                                                       |  
                                                   | 0-15
                                                         
                                                       | 15.8
                                                         
                                                       |  
                                                   | 16-25
                                                         
                                                       | 8.2
                                                         
                                                       |  
                                                   | 26-35
                                                         
                                                       | 4.3
                                                         
                                                       |  
                                                   | 36 or more
                                                         
                                                       | 3.0
                                                         
                                                       |  |  |  
                                          |  |  They also discovered the relationship between maternal weight gain and infant size and neurological function at one year of
                                    age and that between weight gain and psychiatric, mental and motor function at one year of age and that between weight gain
                                    and phychiatric, mental, and motor function at eight months of age.  Table 40 lists infant size and the three exams in descending
                                    order of their degree of association with weight gain.  All infant abnormalities except those measured by the neurological
                                    exam are significantly related to birth weight on a statistical basis.  Even when the relationship between birth weight and
                                    infant abnormalities was removed from the analysis, low maternal weight gain was found to be associated with infant abnormalities.
 TABLE 40
 INCIDENCE OF ABNORMAL GROWTH BY WEIGHT GAIN
 
                                     
                                       
                                          |  | 0-15Pounds
 (%)
 | 16-25Pounds
 (%)
 | 26-35Pounds
 (%)
 | Over36 Pounds
 (%)
 |  
                                          | Weight
                                                
                                              | 15.8
                                                
                                              | 11.2
                                                
                                              | 8.4
                                                
                                              | 6.2
                                                
                                              |  
                                          | Motor Exam
                                                
                                              | 11.3
                                                
                                              | 8.0
                                                
                                              | 6.8
                                                
                                              | 5.2
                                                
                                              |  
                                          | Mental Exam
                                                
                                              | 12.5
                                                
                                              | 9.3
                                                
                                              | 8.3
                                                
                                              | 7.5
                                                
                                              |  
                                          | Height
                                                
                                              | 10.1
                                                
                                              | 7.5
                                                
                                              | 6.5
                                                
                                              | 7.3
                                                
                                              |  
                                          | Neurologic Test
                                                
                                              | 8.8 | 7.5
                                                
                                              | 7.9
                                                
                                              | 7.1
                                                
                                              |  Despite the overwhelming evidence of the potentially pernicious consequences of weight control, which is most devastating
                                    during late pregnancy (at which time fetal brain development is most rapid), obstetricians still unduly restrict weight on
                                    a routine basis.  One survey showed that 95% of obstetricians restrict weight gain during pregnancy.[125]  A present study
                                    showed similar results.[132]  A large number of the women were reprimanded for approaching or exceeding their weight quota.
                                     One woman, who had gained 23 pounds by the ninth month of pregnancy, said:  "He (the doctor) yells at me every visit.  He
                                    says I eat too much.  I just get so depressed.  He told me my delivery is going to be harder because of my weight gain."[132]
 The only answer is to inform all pregnant women of the risks they will encounter if they follow their obstetrician's philosophy.
                                     The doctor doesn't have to live with the child whom he has caused to suffer brain damage and deformities.  A mother has to
                                    use her own judgement.  She must discard the doctor's advice to restrict her weight, use drugs, and omit salt.  Indeed, she
                                    should question that doctor's whole professional outlook.
 
 More of the text of this chapter follows the letter excerpts.
                                    
                                  Excerpts from Letters
 The following excerpts of letters indicate that many physicians, instead of ensuring that women satisfy the nutritional stress
                                    of pregnancy, are placing them on regimens which endanger their health and the lives and health of their newborns:
                                    
                                  
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
 From strictly an economic standpoint, preventive obstetrical care is one of the nation's soundest investments. For each case
                                    of severe mental retardation that is prevented, the economic gain to society is more than $900,000 [1977].
 
 Despite the accepted practices of weight control and salt restriction, there are, fortunately, physicians who do practice
                                    preventive obstetrical care.  One physician enumerated the benefits from his emphasis on protective prenatal nutrition:
 Letter from a Physician With a Nutrition Program
                                    
                                  
                                     
                                       
                                          |  |  
                                          |  | 
                                                
                                                   | When I initially counsel patients with their first pregnancy visit, nutrition is strongly stressed.  I do not mention limiting
                                                         weight in any way but instead tell to gain at least 25 to 30 pounds during this pregnancy and that this weight gain will be
                                                         a protein weight gain.  I give them a list of protein-containing foods and reassure them that much of this weight is to gained
                                                         in the first few months of pregnancy.  I do not at any time, with any visit, tell the patients that they are gaining too much
                                                         but instead stress only good nutrition ... The patients did need constant support from me since attitudes of others around
                                                         them tended to express that they were gaining too much weight or that somehow weight gain was harmful in pregnancy.  I do
                                                         not use diuretics in pregnancy, nor any other medications other than a good prenatal vitamin.
                                                         
                                                         
                                                       During the time I have been in practice here, I have managed approximately 500 obstetrical patients, I have had two patients
                                                         with preeclampsia, both of whom had severe chronic diseases.  One of these had systemic lupus erythematosis, the second a
                                                         hereditary cholesterol problem.  Both of these now have healthy babies.  I have had six spontaneous premature infants.  One
                                                         of these was from a mother who had acute appendicitis in her sixth month of pregnancy.  Three of the patients did not start
                                                         prenatal care until their sixth month of pregnancy and were severely malnourished when I started with them; two of the patients
                                                         had placenta previa, and one patient was a total vegetarian whom I judged was on inadequate sources of vegetable protein.
                                                         
                                                       The remainder of my patients have had normal, healthy children.  One patient had a sudden infant death occur at four months
                                                         of age.  The mother of this baby was an epileptic requiring large doses of Dilantin to control her seizures, and this had
                                                         been taken all through her pregnancy.  Nearly all of my patients breast-feed their babies, and good nutrition is stressed
                                                         throughout the breast-feeding time.  Most of them breast-feed for six months or more.  The mothers begin their first breast-feeding
                                                         on the delivery table and continue to breast-feed every two to four hours throughout the hospital stay.  The hospital stay
                                                         in my patient group averages 24 hours.  Cesarean sections taken as a group are kept for approximately 48 hours ... All cesarean
                                                         section mothers nurse their babies.
                                                         
                                                       In answer to the question "Do doctors in our area limit weight gain?" I would say most still do ... As an aside, there are
                                                         a number of other phenomena which we accepted as "normal in pregnancy" which I have realized were nutrition-related and which
                                                         I do not see in my practice any more ... Mothers who are properly nourished do not get stretch marks, and they do not seem
                                                         to have acceleration of dental caries or softening of the gums.  I do not see loss of hair, splitting of nails, softening
                                                         of bones, anemia, postpartum hemorrhage, or failures at nursing.  In addition, after the fourth month of the pregnancy, most
                                                         mothers feel normal as far as energy output.  We see very quick recoveries after pregnancy, and we do not see failures at
                                                         breast-feeding because of nutritional problems in the mother.[126]
                                                         
                                                       |  |  |  
                                          |  |  The testimonies to the adherence of good nutrition are numerous.  The following all indicate the benefits of sound prenatal
                                    nutrition:
 Testimonials to Nutrition
                                    
                                  
                                     
                                     
                                     
                                     In this current flurry of interest in nutrition in pregnancy, the physician responsible for the care of pregnant
                                    women often finds himself in a difficult position.  His knowledge of nutrition in general is deficient, for formal instruction
                                    in nutritional principles is notably absent from medical school curriculae and residency programs ... Thus, when faced with
                                    providing nutritional advice to his patients, he all too frequently finds himself confused.[133]Why are so few obstetricians attuned to the role of maternal nutrition in protecting the health of the expectant mother and
                                    her unborn?  A professor of OB/GYN reflected:
 Because obstetricians are not educated in the field of practical nutrition, they are susceptible to unscientific advertising
                                    claims of the drug industry.  As late as 1974, diuretics and appetite suppressants were advertised in major obstetrics journals.[134]
                                     In addition, the medical profession, especially the American College of Obstetricians and Gynecologists (ACOG), have directly
                                    or indirectly sanctioned the use of medical regimens which lead to reproductive pathology.  The powerful American College
                                    did not form a Committee on Nutrition until 1972.  Their first position paper on maternal nutrition, which is replete with
                                    myths and unscientific speculation, was not published until December 1972.[134]  A recent enumeration [as of 1977] of the
                                    ACOG's ten-year goals did not include mention of the implementation of nutrition education for the pregnant woman or standards
                                    for the nutrition education of physicians.{135]
                                    
                                  Because of the lack of awareness among health care professionals and the reluctance of most organizations to advocate that
                                    pregnant women follow sound nutritional guidance and refrain from taking drugs (unless absolutely necessary) when such advice
                                    is contrary to that given by a physician, hundreds of thousands of pregnant women unwittingly place themselves and their unborn
                                    at risk.  It is not surprising that a major university study showed that approximately one million infants are at risk of
                                    needlessly being brain damaged every year in the U.S.[136]  Since the study was basically confined to low-income populations,
                                    it did not consider the large numbers of affluent women who subject themselves and their newborns to needless pathology as
                                    a result of adhering to low-salt and/or low-calorie regimens, controlling their weight gain, and/or taking physician-prescribed
                                    drugs.
                                    
                                  An overt expression of the prevailing neglect to recognize the nutritional needs of expectant mothers and their unborn is
                                    human experimentation.  Because the medical profession and others have not advanced to the stage of instituting rigorous standards
                                    for the management of pregnancy (as have veterinarians and ranchers), numerous women have been subjected to cruel experimentation.
                                    
                                  In a well-publicized study at Columbia University, pregnant women in an area in which the low birth weight rate is 17% were
                                    placed in 2 groups for purposes of comparing the viability of their newborns.[137]  In neither group (one group of women received
                                    a 40 gram protein supplement daily; those in the control group received a supplement containing only 6 grams of protein) were
                                    the women given nutrition counseling or warned of the risks of undernourishment.  In another study, the women in the control
                                    group, who were known to be consuming an average of less than 40 grams of protein per day, were not informed of the dangers
                                    of their dietary inadequacies.[138]  Naturally, the researchers in both studies observed a higher incidence of reproductive
                                    casualty among the controls.
                                    
                                  In another "scientific" study, 8 pregnant women were placed on a diet which provided less than 25 grams of protein for a period
                                    of five successive days.[139]  It should not have surprised the researchers that their ratio of urinary urea nitrogen to total
                                    nitrogen decreased significantly (p.01), indicating that the women were protein deficient.  The urinary urea nitrogen/total
                                    nitrogen ratio in one woman who was placed on a diet which provided only 1500 calories and 20 grams of protein for 15 consecutive
                                    days decreased more than 43%.
                                    
                                  The practice of preventive medicine is probably more essential in the field of obstetrics than in any of the other medical
                                    specialties.  A child born to a mother who is not exposed to proper obstetrical guidance is at risk of developing mental,
                                    physical, and/or behavioral abnormalities.  Emphasizing the social and economic benefits of a practical approach to prenatal
                                    nutrition, the international publisher of perhaps the most widely circulated medically oriented publication, wrote:
                                    
                                 "What is most baffling is that these precedents, so important to people in terminal stages of irreversible disease,
                                    seem to have little or no bearing in regard to preventible disorders of infinitely greater incidence and of infinitely greater
                                    economic consequences.  Once again, our characteristics as an activist society distort what should be the proper relationship
                                    between preventive and curative medicine.  We are prepared, and we are a rich enough country, to afford $500,000,000 to $2
                                    billion to prolong life for a few years in those with irreversibly damaged hearts and kidneys.
                                    
                                 
                                 "Why, then, the incredible neglect annually of many thousands of pregnant women whose malnutrition causes irreversible
                                    fetal brain damage and physical anomalies in children who will for a lifetime be a burden to themselves, to their families,
                                    and to society?  These are preventable conditions due to ignorance and/or lack of the most simple nutritional essentials.
                                     We seem fascinated by our mechanical facilities and technologies.  It would seem that if a brain transplant were possible,
                                    our social and psychic orientation is such that we would be prepared to support a Medicare charge of $20,000 to $25,000 per
                                    "transistorized brain" transplant.  Why then do we fail to make available a few hundred dollars per pregnancy to assure normal
                                    neurologic and general physical development in the unborn?    Supplementation to the point of total nutritional adequacy for
                                    ALL American mothers could probably be achieved for less than the presently anticipated cost for renal dialysis of 13,000
                                    patients [as of 1977].  This is not to suggest that the United States need forego either Medicare coverage for renal dialysis
                                    or for totally implantable artificial hearts but, rather, that it makes good medical sense--indeed, common sense--and good
                                    economics to invest in preventive medicine for the pregnant woman and unborn child--a venture which economically is self-liquidating
                                    and less costly than attempts to correct, as we do now, preventable damage and its heavy economic liability. 
 "It seems that we still have to learn the simplest lesson of good, preventive medicine. Why?"[140]
 From strictly an economic standpoint, preventive obstetrical care is one of our nation's soundest investments.  For each case
                                    of severe mental retardation, which frequently results from inadequate maternal nutrition, that is prevented, the economic
                                    gain to society is more than $900,000 [by 1977 prices].[141]  Recognizing the extremely high rate of preventable retardation
                                    which occurs in the U.S., a university president declared:
                                    
                                 "We must ... prevent the occurrence of gratuitous retardation, that is, of retardation that results, not from genetic
                                    malformation or other unavoidable causes, but rather from social neglect.  In order to do this, we must understand the importance
                                    of nutrition, especially the nutrition of the fetus ... It is a gratuitous retardation, imposed on those children whose prenatal
                                    and early nutrition has been defective.  Only a society that has lost its respect for human life and its concern for the fulfillment
                                    of each individual can be indifferent to this retardation.  If we are to avoid such retardation, we must insure that no mother,
                                    either through poverty or ignorance, malnourishes her children in utero. 
 "The highest priority in American education today should be the establishment of a national program of nutrition and early
                                    childhood education ... It is the obligation of educators at all levels--in schools, colleges, institutions, social agencies,
                                    and medical institutions--to provide this education.  It is the obligation of society to see that no carrying mother or young
                                    child is undernourished because of financial need."[142]
 Illustrating a case history of preventable mental retardation, a concerned obstetrician appealed to his colleagues for the
                                    immediate implementation of primary prevention through good nutrition as a routine, integral facet of obstetrical care.  He
                                    wrote:
                                    
                                 Patient M. was a small Mexican woman who followed her doctor's orders to the letter.  A private OB/GYN specialist
                                    in California restricted her to one egg and one glass of milk a week, on the grounds that there is too much salt in milk and
                                    eggs.  She was constantly advised at each prenatal visit: "Keep your weight down!"  She wanted a healthy baby, so she faithfully
                                    followed her doctor's orders.  Result: she gained only 14 pounds in all (from 112 to 126) and went into labor right at term.
                                     This was three months after she had been given a low-salt diet and diuretic pill to take every day; she didn't miss a day.
                                    
                                 
                                 Her son, J.F., weighed 4 pounds, 15 ounces at birth.  His blood sugar dropped to 20 mg. per cent and he had hypoglycemic
                                    convulsions repeatedly.  The mother, after a normal blood loss at delivery, went into what her doctor termed "idiopathic [unknown
                                    cause] shock"--which we know was caused by her hypovolemia.
                                    
                                 
                                 The boy is obviously and grossly mentally retarded and has to attend a special school for brain-damaged children.
                                     At age 15 months he was age three to four months in development and function on the Denver Grid-head drop, crossed eyes,
                                    small head.  At age 18 months he still could not pull to stand or walk.
                                    
                                 
                                 The patient had her second son after prenatal care in my clinic.  During this second pregnancy she gained 50 pounds,
                                    had two eggs and a quart of milk every day, meat, vegetables, fruits, cereals, and no salt diuretics, not dietary salt restriction.
                                     She was told on each visit: "Keep eating a good diet--salt your food to taste!"  This second child, A., weighed 9 pounds
                                    at birth and is a perfect specimen.
                                    
                                 
                                 Fellow American physicians, how long are we going to disregard the scientific evidence of the causal relationship
                                    of protein-calorie malnutrition, restriction of salt, and the dangerous use of salt diuretics to complications of pregnancy,
                                    fetal mortality, and damage to the newborn human infant?[143] JOIN SPUN
 To counteract the lack of availability of nutrition education services for pregnant women and the prevailing nonchalance among
                                    health care professionals concerning the application of primary prevention through applied, scientific nutrition, the Society
                                    for the Protection of the Unborn through Nutrition (SPUN) was established.  For five years SPUN has represented expectant
                                    mothers in their quest for services designed to make pregnancy a healthy, fulfilling, and everlasting experience.  Additionally,
                                    SPUN works directly with health care agencies and providers of medical care toward establishing standards for scientific nutritional
                                    management in American obstetrics.
 Note from Joy: Unfortunately, SPUN no longer exists, but I include the information about SPUN for its historical significance.
                                    
                                  Membership in SPUN (17 N. Wabash, Suite 603, Chicago, IL 60602) is now available to the general public.  The annual membership
                                    fee of $10.00 (which is tax-deductible) entitles members to a subscription to SPUN's newsletter and other publications pertaining
                                    to maternal and infant health care and to numerous services, such as access to audio-visual aids, referrals, and reduced or
                                    waived registration fee for special events.
                                    
                                  A new SPUN program on the regional level is to sponsor seminars for the education and certification of community prenatal
                                    nutrition counselors.  These individuals will provide SPUN services to women and medical personnel through liason with local
                                    childbirth educators and women's health facilities.
 Join with other concerned individuals who are involved with the health of expectant mothers and the growth and development
                                    of their babies.
 A BOOK ON NUTRITION
 "What Every Pregnant Woman Should Know"
 (The Truth About Diets and Drugs in Pregnancy)
 A new book dealing with the mismanagement of the nutritional aspects of pregnancy by American obstetricians will be published
                                    by Random House in September 1977.  Written by Gail Sforza Brewer, with Tom Brewer, M.D., as medical consultant, it explains
                                    to mothers how they can protect themselves and their unborn from the hazards of nutritional nonchalance during pregnancy.
                                     Menus and recipes for pregnancy are included.If not available from your local bookstore, order from Publisher:
 
 Random House, 201 E. 50th St., New York, NY 10022
 $8.95 (plus 75 cents for postage $ handling)
 "If brain transplants were possible, our social and psychic orientation is such that we would be prepared to support a Medicare
                                    charge of $20,000 to $25,000 per "transistorized brain" transplant.  Why, then, do we fail to make available a few hundred
                                    dollars per pregnancy to assure normal neurological and general physical development in the unborn?  Supplementation to the
                                    point of total nutritional adequacy for ALL American mothers could probably be achieved for less than the presently anticipated
                                    cost for renal dialysis of only 13,000 patients."
 
 21st Century Obstetrics Now! Vol. 2 available here
                                  CITED REFERENCES
 
 
 1.Stewart, D., and Stewart, L., (eds.), Safe Alternatives in Childbirth, 2nd ed., Chapel Hill, NC: NAPSAC, 1977.
 
 2.McCleary, E., New Miracles of Childbirth, New York: David McKay Co., 1974.
 
 3.SPUN Reports, Oct 1, 1973.
 
 4.Lilienfeld, A., and Parkhurst, E., A study of the association of factors of pregnancy and parturition with the development
                                    of cerebral palsy, Am. J. Hygiene 53:262-282, 1951. (quoting Freud, S., Die infantile cerebrallahmung, Vienna: Alfred Holder,
                                    1897.
 
 5.The women and their pregnancies, quoting Subcommittee on Appropriations of House of Representatives, Depts. of Labor and
                                    HEW Appropriations for 1962, U.S. Dept. HEW, p. 756, 1972.
 
 6.ICEA News, vol 15, no 1, Jan 1976.
 
 7.Berger, G., et al., Regionalized perinatal care: an estimate of its potential effect on racial differences in perinatal
                                    mortality in North Carolhm, NC Med. J. 36:476-479, 1975.
 
 8. Bishop, E., NC Med. J. 36:89-91, 1975.
 
 9.Demographic Yearbook.
 
 10.Abramowicz, M., and Kass, E., Pathogenesis and prognosis of prematurity, N.Eng. J. Med. 275:878-885, 1966.
 
 11.U.S. Vital Statistics - Natality, Nat'l Cte. for Health Statistics, Vols for each of the years, 1950 through 1972.
 
 12. Wynn, M., and Wynn, A., The protection of maternity and infancy, New York: E.H. Baker & Co., 1974.
 
 13. Stickle, G., The health of mothers and babies: how do we stack up?, paper given at 5th Nat'l Volunteer Leadership Conf.,
                                    Dec 1, 1976.
 
 14. Observations on maternity care, and Pediatric health care in the People's Republic, Report to People's Republic of China,
                                    Nat'l Acad. of Sci., 1973.
 
 15. Acosta-Sison, Relation between the state of nutrition of the mother and the birth weight of the fetus: a preliminary study,
                                    J. Philippine Is. Med. Assoc. 9:174-176, 1929.
 
 16. Tompkins, W., The significance of nutritional deficiency in pregnancy: a preliminary report, J. Int'l Col. Surgeons 4:147-154,
                                    1941.
 
 17. Burke, B., et al., Nutrition studies during pregnancy, I. Problem, methods of study and group studied, Am. J. Ob. Gyn.
                                    46:38-52, 1943.
 
 18. Burke, B., et al., Nutrition studies during pregnancy, IV. Relation of protein content of mother's diet during pregnancy
                                    to birth length, birth weight, and condition of infant at birth, J. Ped. 23:506-515, 1943.
 
 19. Burke, B., et al., The influence of nutrition during pregnancy upon the condition of the infant at birth, J. Nutrition
                                    26:569-583, 1943.
 
 20. Antonov, A., Children born during the siege of Leningrad in 1942, J. Ped. 30:250-259, 1947.
 
 21. Smith, C., The effect of wartime starvation in Holland upon pregnancy and its product, Am. J. Ob. Gyn. 53:599-608, 1947.
 
 22. Tompkins, W., and Wiehl, D., Nutritional deficiencies as a causal factor in toxemia and premature labor, Am. J. Ob. Gyn.
                                    62:898-919, 1951.
 
 23. Coursin, D., Maternal nutrition and the offspring's development, Nutrition Today, pp. 12-18, Mar-Apr, 1973.
 
 24. Nutritional supplementation and the outcome of pregnancy, Nat'l Acad. of Sci. 1973.
 
 25. Habicht, J. , et al., Relation of maternal supplementary feeding during pregnancy to birth weight and other sociobiological
                                    factors, in Winick, M., (ed.), Nutrition and fetal development, New York: J. Wiley & Sons, 1974.
 
 26. Lechtig, A., et al., Effect of moderate maternal malnutrition on the placenta,Am.J.Ob.Gyn.123:191-201,1975.
 
 27. Lechtig, A., et al., Effect of improved nutrition during pregnancy and lactation on developmental retardation and infant
                                    mortality, in White, P., and Selvey, N., (eds.), Proceedings of Western Hemisphere Nutrition Congress 1974, Publishing Sciences
                                    Group, 1975.
 
 28. Ebbs, J., et al., The influence of prenatal diet on the mother and child, J. Nutri. 22:515-526, 1941.
 
 29. Ebbs, J., et al., The influence of improved prenatal nutrition upon the infant, Can. Med. Assoc. J. 46:6-8, 1942.
 
 30. Lewin, R., Starved brains: a generation of clumsy, feeble-minded millions,Psych. Today, Sept, 1975.
 
 31. Higgins, A., Nutrition and the outcome of pregnancy, paper presented at Can. Pub. Health annual mtg., St. John's, Newfoundland,
                                    June, 1974.
 
 32. Higgins, A., et al., A preliminary report of a nutrition study on public maternity patients, Unpublished data.
 
 33. Iyenger, L., Effects of dietary supplements late in pregnancy on the expectant mother and her newborn, Ind. J. Med. Research
                                    55:85-89, 1967.
 
 34.~ Platt, B., and Stewart, R., Reversible and irreversible effects of protein-calorie deficiency on the central nervous
                                    system of animals and man, World Rev. Nutri. and Dietetics 13:43-85, 1971.
 
 35. Lowe, C., Research in infant nutrition: the untapped well, Am. J. Clin. Nutri. 25:245-284, 1972.
 
 36. Brewer, T., Metabolic toxemia of late pregnancy: a disease of malnuition,
                                    Springfield, IL: C.C.Thomas, 1966.
 
 37. Brewer, T., Iatrogenic starvation in hmnan pregnancy, Medikon, Ghent, Belgium, 4:14-15, 1974.
 
 38. Brewer, T., Limitations of diuretic therapy in the management of severe toxemia:
                                    the significance of hypoalbuminemia, Am.J.Ob.Gyn. 83:1352-1359, 1962.
 
 39. Lindheimer, M., and Katz, A., Sodium and diuretics in pregnancy, N.Eng.J.Med. 288:891-894, 1973.
 
 40. Shanklin, D., Making pregnancy healthy, Med. Tribune, May 23, 1973.
 
 41. A pregnant warning about diuretics, Med. World News, Nov 2, 1973.
 
 42. Use of diuretics in normal pregnancies is questioned, OB/GYN News, Feb 15, 1975.
 
 43. Toverud, G. , The influence of nutrition on the course of pregnancy, Milbank Mem.Fund Quarterly 28:482-485, 1950.
 
 44. Wynn, M., and Wynn, A., Nutrition counselling in the prevention of low birthweight, Found. for Educ. and Res. in Child-bearing,
                                    Lmdon, 1975.
 
 45. Cameron, C., and Graham, S., Antenatal diet md its influence on still-births and prematurity, Glasgow Med. J. 24:1-7,
                                    1944.
 
 46. Jeans, P., et al., Incidence of prematurity in relation to maternal nutrition, J.Am. Diet Assoc. 31:576-581, 1955.
 
 47. Birch, H., and Gussow, J., Disadvantaged children: health, nutrition and school failure, New York:Grune & Stratton, 1970.
 
 48. A study of infant mortality from linked records; comparison of neonatal mortality from two cohort studies, U.S.Dept. of
                                    HEW, 1972.
 
 49. Lubchenco, L., et al., Neonatal mortality rate: relationship to birthweight and gestational age, J.Ped. 81:814-822, 1972.
 
 50. Wynn, M., and Wynn, A., The protection of maternity and infancy`, New York: E. H. Baker & Co., 1974.
 
 51. Hardy, J., Birth weight and subsequent physical and intellectual development, N.Eng. J. Med. 289:973-974, 1973.
 
 52. The women and their pregnancies, U.S., Dept of HEW, 1972.
 
 53. Chase, A., The great pellagra cover-up, Psych. Today pp. 83-86, Feb 1975.
 
 54. Hurley, R. , Poverty and mental retardation: a causal relationship, New York: Vintage Books, 1969, quoting Wylie, B.,
                                    The challenge of infant mortality, Bull. Cleve. Acad. of Med., June, 1965.
 
 55. Birch, H., and Gussow, J., (see 47 above), quoting Wiener, G., et al., Correlates of low birth weight: psychological status
                                    at eight to ten years of age, Ped. Res. 2:110-118, 1968.
 
 56. Casalino, M., Iutmuterine growth retardation: a neonatologist's approach, J. Reprod. Med. 14:248-250, 1975. quoting Rubin,
                                    R., et al., Psychological and educational sequelae of prematurity, Ped. 52:352-363, 1975.
 
 57. Ob world and gynecology, Ross Timesaver 4:2, Jan-Feb, 1975.
 
 58. Knoblich, H., and Pasamanick, B., Prediction from the assessment of neuromotor and intellectual status in infancy, in
                                    Zunin, J., and Jervis, G., (eds.), Psychopathology of mental development, New York: Grune & Stratton, 1967.
 
 59. Lubchenco, L., et al., Sequelae of premature birth: evaluation of premature infants of low birth weight at ten years of
                                    age, Am. J. Dis. Child 106:101-115,1963
 
 60. Zitrin, A., et al., Pre and paranatal factors in mental disorders of children, J.Nervous and Mental Dis. 139:357-361,
                                    1964.
 
 61. Drillien, C., School disposal and performance for children of different birthweight bom 1953-1960, Archives of Dis. in
                                    childhood 44:562-570, 1969.
 
 62. Churchill, J., The relationship between intelligence and birth weight in twins,neurology 15:341-347, 1965.
 
 63. Churchill, J., et al., Birth weight and intelligence, Ob. Gyn. 28:425-429, 1966.
 
 64. Knobloch, H., and Pasamanick, B., Mental Subnormality, N. Eng. J. Med. 266:1045-1051, 1092-1097, and 1155-1161, 1962.
                                    quoting Knobloch, H., and Pasamanick, B., Distribution of Intellectual Potential in Infant population, in The Epidemiology
                                    of Mental Disorder, Am. Assoc. for the Adv. of Sci.,1959.
 
 65. Bacola, E., et al., Perinatal and environmental factors in late neurogenic sequelae, I. Infants having birth weights under
                                    1,500 grams, Am. J. Dis. of Children 112:369-374, 1966.
 
 66. Bland, R., Cord-blood total protein level as a screening aid for the idiopathic respiratory-distress syndrome, N. Eng.
                                    J. Med. 287:9-13, 1972.
 
 67. Warkany, J., et al., Intrauterine growth retardation, Am. J. Dis. of Children 102:127-157, 1961 quoting Baird, D., Contribution
                                    of obstetrical factors to serious physical and mental handicap in children, J. Ob. Gyn. of Brit. Empire 66:743-747, 1959.
 
 68. Knoblich, H., and Pasamanick, B., reference 64 above, 1959.
 
 69. Williams, R., Nutrition against disease, New York: Pitman Publishing Co.,1971.
 
 70.Ebbs, J., et al., Nutrition in pregnancy, Can. Med. Assoc. J. 46:1-6, 1942.
 
 71. Birch, H., and Gussow, J., reference 47 above, quoting Dieckmann, W., et al., Observations on protein intake and the health
                                    of the mother and baby, I. Clinical and laboratory findings, J. Am. Diet. Assoc. 27:1046-1052.
 
 72. Arey, L., Developmental Anatomy, New York: W.B. Saunders, 1974.
 
 73. Weingold, A., Intrauterine growth retardation: Obstetrical aspects, J. Reprod. Med. 14:244-247, 1975.
 
 74. Winick, M., Changes in nucleic acid and protein content of the human brain during growth, Ped Res. 2:352-355, 1968.
 
 75. Winick, M., and Russo, P., The effect of severe early malnutrition on cellular growth of the human brain, Ped. Res. 3:181-184,
                                    1969.
 
 76. Shneour, E., The malnourished mind, New York: Doubleday, 1974.
 
 77. Dobbing, J., The later growth of the brain and its vulnerability, Ped. 53:26, 1974.
 
 78. Casalino, M., Intrauterine growth retardation: A neonatologist's approach,J. Reprod. Med. 14:248-250, 1975.
 
 79. Flowers, C., Nutrition in pregnancy, Editorial, J. Reprod. Med. 7:200-204, 1971.
 
 80. Winick, M., reference 74 above, quoting Winick, M., et al., Cellular growth in human placenta, I. Normal placental growth,
                                    Ped. 39:248-251, 1967.
 
 81. Warkany, J., et al., Intrauterine growth retardation, Am. J. Dis. of Children 102:127-157, 1961.
 
 82. Brewer, T., Role of malnutrition, hepatic dysfunction, and gastrointestinal bacteria in the pathogenesis of acute toxemia
                                    of pregnancy, Am. J. Ob. Gyn. 84:1253-1256, 1962.
 
 83. The great eclampsia mystery, or the case of the empty plaque, Med. World News, pp. 41-52, July 20, 1973.
 
 84. Ehlich, E., Sodium metabolism in pregnancy: Current views, Contemp. Ob. Gyn. 4:17-19, 1974.
 
 85. Pike, R., Sodium intake during pregnancy, J. Am. Diet Assoc. 44:176-181, 1964.
 
 86. Pike, R., and Smiciklas, H., A reappraisal of sodium restriction during pregnancy, Int'l Gyn. Ob. 10:1-8, 1972.
 
 87. Pike, R., and Gursky, D., Further evidence of deleterious effects produced by sodium restriction during pregnancy, Am.
                                    J. Clin. Nutr. 23:883-889, 1970.
 
 88. Robinson, M., Salt in pregnancy, Lancet 1:178-181, 1958.
 
 89. Flowers, C., et al., Chlorothiazide as a prophylaxis against toxemia of pregnancy, A double blind study, Am. J. Ob. Gyn.
                                    84:919-929, 1962.
 
 90. Kraus, G., et al., Prophylactic use of hydrochlorothiazide in pregnancy,
 JAMA 198:128-132, 1966.
 
 91. Weseley, A., and Douglas, G., Continuous use of chlorothiazide for prevention of toxemia of pregnancy, Ob. Gyn. 19:355-358,
                                    1962.
 
 92. Lindheimer, M., and Katz, A., reference 39 above, quoting Crocker, J., Renal anomalies in whole human embryonic culture,
                                    Clin. Res. 20:915, 1972.
 
 93. Chesley, L., Sodium, diuretic drugs, and preeclampsia, Patologia E Clin. Ostetrica E Ginecologica (Rome), 2:1-6, 1974.
 
 94. Brewer, T., Pancreatitis in pregnancy, (letter to editor), J. Reprod. Med. 12:204, 1974.
 
 95. Hibbard, L., Maternal mortality due to acute toxemia, Ob. Gyn. 42:263-270, 1973.
 
 96. Williams, S., Nutrition and diet therapy, St. Louis, MO: C. V. Mosby Co., 1973.
 
 97. Nourishing your unborn baby, Prevention, March, 1977.
 
 98. Federal Register, 41:23989-23992, June 14, 1976.
 
 99. Schewitz, L., Hypertension and renal disease in pregnancy, Med. Clinics of N. Am. 5:47 -69, 1971, quoting Sarles, M.,
                                    et al., Sodium excretion patterns during and following intravenous sodium chloride loads in normal and hypertensive pregnancies,
                                    Am. J. Ob. Gyn. 102:1-7, 1968.
 
 100. Hytten, F., and Leitch, I., The physiology of human pregnancy, 2nd ed.,New York: Blackwell Scientific Publications, 1971.
 
 101. Shanklin, D., et al., Nutrition and pregnancy: an invitational symposium,Part One, J. Reprod. Med. 7:199-219, 1971.
 
 102. Strauss, M., Observations on the etiology of the toxemias of pregaancy--The relationship of nutritional deficiency, hypoproteinemia,
                                    and elevated venous pressure to water retention in pregnancy, Am. J. Med. Sci. 190: 811-824, 1935.
 
 103. Ross, R., Relation of vitamin deficiency to the toxemia of pregnancy, S.Med. J. 120-122, 1935.
 
 104. Bletka, M., et al., Volume of whole blood and absolute amount of serum proteins in the early stage of late toxemia of
                                    pregnancy, Am. J. Ob. Gyn. 106:10-13, 1970.
 
 105. Toxemia--A disease of prejudice?, World Med. J. 21:70-72, 1974, quoting Sheehan, H., and Lynch, J., Pathology of toxemia
                                    of pregnancy, Edinburgh:
                                    Churchill Livingston, 1973.
 
 106. Dodge, E., and Frost, T., Relation between blood plasma proteins and toxemias of pregnancy, JAMA 111:1898-1902, 1938.
 
 107. Tompkins, W., and Wiehl, D., Nutritional deficiencies as a causal factor in toxemia and premature labor, Am. J. Ob. Gyn.
                                    62:898-919, 1951.
 
 108. Hamlin, R., The prevention of eclampsia and pre-eclampsia, Lancet 1:64-68, 1952.
 
 109. Brewer, T., Metabolic toxemia of late pregnancy in a county prenatal nutrition education project: A preliminary report,
                                    J. Reprod. Med. 13:175-176, 1974.
 
 110. Grieve, J., Prevention of gestational failure by high protein diet, J. Repro. Med. 13:170-174, 1974.
 
 111. Albumin concentrate can be used for mid preeclampsia, Ob. Gyn News, Oct. 1, 1974.
 
 112. Kitay, D., Dysfunctional antepartum nutrition, J. Reprod. Med. 7:251-256, 1971.
 
 113. Pasamanick, B., and Knobloch, H., Retrospective studies on the epidemiology of reproductive casuality: Old and new, Merrill-Palmer
                                    Qtr. Beh. & Develop. 12:7-26, 1966.
 
 114. Pasamanick, B., and Lilienfeld, A., Association of maternal and fetal factors with development of mental deficiency,
                                    I. Abnormalities in the prenatal and paranatal periods, JAMA 159:155-160, 1955.
 
 115. Knobloch, H., and Pasamanick, B., Mental Subnormality, N. Eng. J. Med.266:1045-1051, 1962.
 
 116. Kawi, A., and Pasamanick, B., Association of factors of pregnancy with reading disorders in childhood, JAMA 166:1420-1423,
                                    1958.
 
 117. Knobloch, H., and Pasaminick, B., Prospective studies on the epidemiology of reproductive casuality: Methods, finds,
                                    and some implications, Merrill-Palmer Qtr. Beh. & Devel. 12:27-43, 1966, quothig Knobloch, H. and Pasamanick, B., The developmental
                                    behavioral approach to the neurologic examination in infancy, Child Develop. 33:181-198, 1962.
 
 118. Pasamanick, B., and Knobloch, H., reference 113 above, quoting Rogersm, M., et al., Prenatal and paranatal factors. in
                                    the development of childhood behavior disorders, Copenhagen: Munksgaard, 1955.
 
 119. Knobloch, H., et al., Neuropsychiatric sequelae of prematurity--a longitudinal study, JAMA 161:581-585, 1956.
 
 120. Knobloch, H., and Pasamanick, B., Prematurity and development, J. Ob.Gyn. of the Brit. Commonwealth 66:729-731, 1959.
 
 121. Linlienfeld, A., and Parkhurst, E., A study of the association of factors of pregaancy and parturition with the development
                                    of cerebral palsy, Am. J. Hygiene 53:262-282, 1951.
 
 122. Taylor, E., Organic causes of minimal brain dysfunction, Cont. Med. Digest, pp. 822-823, August 1972 reviewing Tobin,
                                    A., Organic causes of minimal brain dysfunction, Perinatal origin of minimal cerebral lesions, JAMA 1207-1214, 1971.
 
 123. Taylor E., Organic causes of minimal brain dysfunction, Cont. Med. Digest, pp. 822-823, 1972.
 
 124. Lasagne, L., Attitudes toward appetite suppressants, JAMA, July 2, 1973.
 
 125. SPUN Reports, May 15, 1975.
 
 126. Various personal correspondences.
 
 127. Bohstedt, G., Dairy Goat J. 46:4, 1968.
 
 128. Toxemia of Pregnancy, Ross Laboratories.
 
 129. Diabetes in Pregnancy, Ross laboratories.
 
 130. Pomerance, J., Weight gain in pregnancy: How much is enough?, Clin.Ped. 11:554-556, 1972.
 
 131. Singer, J., et al., Relationship of weight gain during pregnancy to birth weight and infant growth and development in
                                    the first year of life, Ob. Gyn. 31:417-423, 1968.
 
 132. SPUN Reports, Oct. 1, 1976.
 
 133. Kaminetsky, H., Ob. Gyn., Dec. 1972.
 
 134. Pitkin, R., et al., Ob. Gyn. 40:773-785, 1972.
 
 135. Russell, K., Ob. Gyn., Nov. 1973.
 
 136. Schmack, H., Brain harm in U.S., laid to food lack, N.Y. Times, Nov 2, 1975.
 
 137. SPUN Reports, Jan. 15, 1973.
 
 138. Roeder, L., Discussion: Supplementation of diets of pregnant women in Taiwan, Am. J. Clin. Nutr. 26:1143, 1973.
 
 139. Aubry, R. , et al., Maternal nutrition, I. The urinary urea nitrogen/ total nitrogen ratio as an index of protein nutrition,
                                    Am. J. Ob. Gyn. 114:198-203, 1972.
 
 140. Sackler, A., Wbo shall live and who shall die?, Medical Tribune, Dec. 19, 1973.
 
 141. Conley, R., The economics of mental retardation, Baltimore: Johns Hopkins Univ. Press, 1973.
 
 142. Silber, J., Nutrition's role in learning, NY Times, Nov. 16, 1975.
 
 143. Brewer, T., Doctors' Debate, letter to editor, Med. Tribune, Feb-Mar, 1973.
 
 To Be Continued....
                                    
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