Most vegetarians eat milk products and eggs, and as a group, these lacto-ovo-vegetarians enjoy good health. A healthful vegetarian diet falls within the food pyramid guidelines offered by the USDA. However, meat, fish and poultry are major sources of iron, zinc and B vitamins, so pay special attention to these nutrients. Vegans (those who eat only plant-based food) should consult a health care professional about adding vitamin and mineral supplements; make sure you consume sufficient quantities of protein, vitamin B12, vitamin D and calcium.
Women often received micronutrient supplements during antenatal and postnatal care (13, 35–42, 51, 60), and, as such, supplementation was often targeted to pregnant and lactating women. The delivery of micronutrient supplementation commonly occurred in health care settings for at-home consumption. Community-based antenatal care that involved home visits by community health workers was also a common delivery platform for supplementation delivery. There were some studies that reported micronutrient supplementation to adolescents, women of reproductive age, pregnant women, and women with young children outside of the antenatal care setting. These included primary health care clinics, home visits, community centers, pharmacies, and workplaces (32, 38–43, 45, 52, 53). Adolescent girls were also reached by community- and school-based programs (26, 41, 46). School-based programs were more efficacious in reducing rates of anemia among adolescent girls, compared with the community-based interventions (26, 46). However, many of the reported studies to date involved small samples of adolescents in controlled settings, and additional research is needed on the effectiveness of these programs (59, 62).
 Integrated health care  Health clinics  ↑ knowledge about FP, NC use of FP  ↑ knowledge about diabetes, ↓ incidence of diabetes, ↑ glycemic control, ↑ hypertension screening and Tx, ↓ hypertension, NC mortality (from coronary artery disease), ↓ depression, ↑/NC health care utilization, ↑ knowledge about FP, ↑/NC use of FP, ↑/NC STI screening, NC STI incidence, ↑ cervical cancer screening, ↑ mammography  ↓/NC anemia, ↑ Hgb, ↑ glycemic control, ↑ hypertension screening and Tx, ↓ hypertension, ↓ pre-eclampsia, ↓ maternal mortality, ↓/NC placental malaria, ↓ parasitemia, ↓/NC depression, NC health care utilization, ↑/NC hospital deliveries, NC cesarean delivery, ↑/↓ knowledge about FP, ↑/NC use of FP, ↑ STI screening, ↓ STI incidence, ↑ cervical cancer screening, ↑ mammography  ↑ knowledge about diabetes, ↓ diabetes, ↑ glycemic control, ↑ hypertension screening and Tx, ↓ hypertension, NC mortality (from coronary artery disease), ↑ health care utilization, ↓ depression, ↑ mammography, ↑ cervical cancer screening 

There were also supplementation programs that targeted nonpregnant women. National supplementation programs that provided food baskets to low-income families increased maternal BMI and improved household food insecurity (92, 93). However, there were some unintended consequences. In Mexico, food transfer programs disproportionately increased weight gain in overweight women compared with underweight women (93), and 1 study in Bangladesh found that food transfers had larger impacts on men's intake than women's intake, except with less preferred foods (94). Adolescents who received protein-energy supplementation at school showed an increase in weight gain during supplementation, as well as improvements in school attendance and mathematics scores (46, 95). However, the impact of supplementation on micronutrient deficiencies and, specifically, hemoglobin concentration, was limited (46).

Anaemia is a major global health problem for women.[132] Women are affected more than men, in which up to 30% of women being found to be anaemic and 42% of pregnant women. Anaemia is linked to a number of adverse health outcomes including a poor pregnancy outcome and impaired cognitive function (decreased concentration and attention).[133] The main cause of anaemia is iron deficiency. In United States women iron deficiency anaemia (IDA) affects 37% of pregnant women, but globally the prevalence is as high as 80%. IDA starts in adolescence, from excess menstrual blood loss, compounded by the increased demand for iron in growth and suboptimal dietary intake. In the adult woman, pregnancy leads to further iron depletion.[6] 

To help you learn how to eat healthfully, start with the U.S. Department of Agriculture's (USDA) dietary guidelines system, which you can find at The MyPyramid system, which looks somewhat like the familiar food pyramid of old, offers guidance based on individual needs and replaces "serving" recommendations with actual amounts of food. It also emphasizes the importance of balancing nutritious (and tasty!) food choices from all food groups every day with daily physical activity.
These challenges are included in the goals of the Office of Research on Women's Health, in the United States, as is the goal of facilitating women's access to careers in biomedicine. The ORWH believes that one of the best ways to advance research in women's health is to increase the proportion of women involved in healthcare and health research, as well as assuming leadership in government, centres of higher learning, and in the private sector.[155] This goal acknowledges the glass ceiling that women face in careers in science and in obtaining resources from grant funding to salaries and laboratory space.[178] The National Science Foundation in the United States states that women only gain half of the doctorates awarded in science and engineering, fill only 21% of full-time professor positions in science and 5% of those in engineering, while earning only 82% of the remuneration their male colleagues make. These figures are even lower in Europe.[178]
We only included studies that reported on women's health and nutrition outcomes, and excluded studies that were targeted to women but that reported only on health and nutrition outcomes of children (including birth outcomes). We included outcomes for adolescent girls ages 10–19 y, pregnant and lactating women, nonpregnant and nonlactating women of reproductive age (>19 y), and older women. Studies that described interventions targeting a wider age range of adolescent girls (e.g., ages 8–24 y) were also included but adolescent girls aged >19 y were reported in this review as nonpregnant and nonlactating women of reproductive age. Although many adolescents in low- and middle-income countries are married and bearing children, adolescents (10–19 y) as reported in this review reflect girls who are nonpregnant and nonlactating. The few interventions in low- and middle-income countries that target pregnant and lactating adolescents are reported under pregnant and lactating women. A description of the articles included in this review can be found in Supplemental Table 1.
Sedgh, Gilda; Bearak, Jonathan; Singh, Susheela; Bankole, Akinrinola; Popinchalk, Anna; Ganatra, Bela; Rossier, Clémentine; Gerdts, Caitlin; Tunçalp, Özge; Johnson, Brooke Ronald; Johnston, Heidi Bart; Alkema, Leontine (July 2016). "Abortion incidence between 1990 and 2014: global, regional, and subregional levels and trends". The Lancet. 388 (10041): 258–267. doi:10.1016/S0140-6736(16)30380-4. PMC 5498988. PMID 27179755.
Consult your health care professional. Women of childbearing age may want to consider taking folic acid supplements to reduce the risk of having a pregnancy affected with neural tube defects. Many women and teenage girls don't get enough calcium or vitamin D, both of which are critical to healthy bones and avoiding osteoporosis. Some people with diabetes appear to benefit from chromium. Vegetarians, especially vegans, may want to consider supplements to obtain nutrients they aren't getting from animal products.
Our findings identified gaps and limitations in the evaluation, scope, targeting, and delivery platforms of nutrition interventions in low- and middle-income countries. First, the monitoring and evaluation of nutrition programs that reported on women's nutrition outcomes was generally inadequate. Many of the studies we identified included small-scale efficacy trials. Although there were many large-scale programs that targeted women and adolescent girls with nutrition-specific and nutrition-sensitive approaches, they lacked rigorous evaluation. Whether the evidence about women's outcomes was limited because they are not systematically measured or because they are not well reported is not clear. Negative results are often not published, and many evaluations of nutrition interventions that are conducted by the same groups responsible for implementing them are typically presented positively. This may have also skewed our findings. More intentional research-quality program evaluation, including of large-scale programs, would provide a stronger evidence base. Of the studies identified in this review, many reported on short-term findings such as changes in knowledge, dietary behaviors, and program coverage. They were limited in their ability to report clinical and anthropometric outcomes for women, the duration of those outcomes, and the feasibility of scaling up programs. There is also a need for systematic, long-term evaluations of interventions whose effects on nutrition outcomes are more distal (e.g., nutrition education compared with micronutrient supplementation). The effects of multisectoral interventions are even more complex to measure. However, frameworks exist to evaluate complex interventions (102) and could be utilized to evaluate the impact of interventions across the life course.