I'll pre-empt this with the disclaimer I'm not a physician, so don't take my word on this as medical advice.
From the description of low hematocrit and hemoglobin, as well as a number of other factors, I'd think it would be important to first rule out any bleeding as a cause. For example, any reason to believe you have a bleeding ulcer somewhere? I would hope that would have been something a Dr would have ruled out quickly, because that would be a very serious thing if it was causing anemia.
Next, diet comes to mind. People are so overly concerned with keeping cholesterol low that you may have wound up cutting out too much from your diet. If your body isn't making cholesterol from other precursors, you can get it from animal fats. Anemia can also be caused by insufficient iron in the diet. It may be that you really do need some more red meat in your diet. But, I don't know what your diet is like. If you already should be consuming enough of that, then it may be a problem with absorbing it and getting it to the right places, or getting the right combination of nutrients to aid in absorption. For the anemia, vitamin C is also helpful for absorbing iron, so if you try a supplement, take one that has both Vit C and iron in it.
If it's not diet, then it's time to look into metabolic problems or other disorders. It seems a number of things are abnormally low right now, so focusing on just one symptom rather than the constellation of symptoms could too readily lead to missing the real problem.
Here are abstracts from three articles that discuss different studies where anemia and low cholesterol were both present in patients with different causes. In one, it seems to be a problem with absorption of nutrients due to celiac disease. In another, it was attributed to a vegetarian diet that wasn't carefully balanced (this can be achieved, and the study is old...I think vegetarians nowadays are more aware of this concern). The third suggests iron-deficiency anemia may itself lead to the low cholesterol. From all three, the inference I gather is that the first thing to address is the anemia.
Am J Gastroenterol. 1999 Jul;94(7):1888-91.
Low plasma cholesterol: a correlate of nondiagnosed celiac disease in adults with hypochromic anemia.
Ciacci C, Cirillo M, Giorgetti G, Alfinito F, Franchi A, Mazzetti di Pietralata M, Mazzacca G.
Unit of Gastroenterology, Federico II University, Naples, Italy.
OBJECTIVE: Hypochromic anemia is at times attributable to nondiagnosed celiac disease. The aim of this study was to define the correlates of celiac disease in anemic adults without overt malabsorption. METHODS: One hundred patients with hypochromic anemia and without diarrhea underwent a complete diagnostic work-up, including screening for celiac disease, i.e., upper endoscopy with duodenal biopsy and search of antiendomysium antibodies. RESULTS: Patients with hypochromic anemia were from two different Divisions and were analyzed as a single group because they were not significantly different for any variable. Hypochromic anemia was attributable to celiac disease in 10 patients. Compared to anemic patients without celiac disease, anemic patients with celiac disease had significant or borderline significant differences for plasma cholesterol (-17.9%), albumin (-9.4%), and body mass index (-11.8%), but not for gender distribution, age, weight, height, blood hemoglobin, mean corpuscolar volume, plasma iron, and ferritin. All anemic patients with celiac disease had plasma cholesterol < 156 mg/100 ml. Within the entire cohort of anemic patients, plasma cholesterol inversely related to prevalence of celiac disease (p < 0.001); also plasma albumin and body mass index inversely related to celiac disease, but coefficients were borderline significant (p = 0.056 and 0.052, respectively). CONCLUSIONS: The data suggest that among patients with hypochromic anemia, plasma cholesterol in the high-to-normal range could be used to exclude the presence of celiac disease. Other nutritional markers are less sensitive as indices of risk of celiac disease. Hematological indices are not of help to define the risk of celiac disease in anemic patients without signs of malabsorption.
PMID: 10406254 [PubMed - indexed for MEDLINE]
Am J Clin Nutr. 1982 Feb;35(2):204-16.
Nutritional status of vegetarian children.
Dwyer JT, Dietz WH Jr, Andrews EM, Suskind RM.
Thirty-nine preschool children consuming different types of vegetarian diets were studied. Type and amount of carbohydrate, fat, protein, and amount of sodium and cholesterol provided by their diets were more like intakes suggested in the proposed Dietary Goals for the United States than to levels in usual diets of nonvegetarian children. Macrobiotic vegetarian children consumed less animal food than did other vegetarian children. The mean intake of vitamin D of macrobiotics was an eighth of the Recommended Dietary Allowance and mean serum alkaline phosphatase values were elevated. The mean intake of vitamin B12 levels were normal. Vegan macrobiotic children had the lowest intakes of vitamins B12 and D. Other vegetarians' mean intakes of these vitamins met the Recommended Dietary Allowance. Mean iron intakes of the vegetarians approximated the Recommended Dietary Allowance. Hematological indices were suggestive of mild iron deficiency anemia in a quarter of subjects. Serum cholesterol values were low for the group. Physical measurements were within normal limits and macrobiotic vegetarians were not smaller or leaner than other vegetarian children. The nutritional difficulties discovered could be corrected by careful planning of vegetarian children's diets while preserving the beneficial qualities of the diet in other respects.
PMID: 7064883 [PubMed - indexed for MEDLINE]
Pediatr Int. 1999 Apr;41(2):168-73.
Serum lipid and lipoprotein profile in children with iron deficiency anemia.
Ece A, Yigitoglu MR, Vurgun N, Guven H, Iscan A.
Department of Pediatrics, Celal Bayar University, Medical Faculty, Turkey.
a_ece@hotmail.com
BACKGROUND: A close association has been found between serum lipoprotein abnormalities and the risk of atherosclerosis. In adults, high stored body iron, high serum iron concentrations and low iron binding capacity were found to be risk factors for coronary heart disease. Iron-deficient diets have caused contradictory lipid changes in rats. This report investigates the relationships between iron deficiency, macronutrient intake and the serum lipid and lipoprotein profiles in children with iron deficiency anemia (IDA). METHODS AND RESULTS: Fifty-six children with IDA, aged 3.0 +/- 1.3 years and 60 healthy age- and sex-matched controls were evaluated. The mean total cholesterol (TC) and low density lipoprotein cholesterol (LDL-C), lipoprotein (a) levels and LDL-C/high density lipoprotein cholesterol (HDL-C) and TC/HDL-C ratios of the IDA group were significantly lower than those of controls. While there were no differences in triglycerides and apolipoprotein B (apoB) values between patients and controls, apolipoprotein A-1 (apoA-1) and HDL-C levels were higher in the IDA group. Dietary energy, carbohydrates, total fat and protein intakes of the IDA group were lower than those of controls. After oral iron supplementation, the lipoprotein profile of patients with IDA became similar to controls. In the multivariate analysis, while energy was taken as a covariate, there was no difference in the lipid profile of patients and controls. CONCLUSIONS: Patients with IDA are also deficient in macronutrients. The low atherogenic serum lipid profile of IDA is not a direct result of iron deficiency itself, but related to decreased energy and protein intakes.
PMID: 10221021 [PubMed - indexed for MEDLINE]