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Babad Tanah Sunda Babad Cirebon Pdf Download
Manuscripts, such as Babad Tanah Sunda, Babad Tanah Djawa, especially. views3 download. 4 Worsley, Babad Buleleng, pp.. 112.8 6 P. S. Sulendraningrat, Babad Tanah Sunda/Babad Cirebon (Cirebon: np,Â . GFR from 43.8% to 55.5% and from 70% to 73.3%, respectively. GFR can be estimated by four MDRD formulae: CKD-EPI, MDRD (with or without correction factor), Barr’s and Cockcroft’s. The CKD-EPI is recommended as the best prediction equation for GFR estimation. If GFR is between 30–60 mL/min, the Cockcroft’s formula is also usable. If GFR is less than 30 mL/min, the MDRD formula (with correction factor) should be used. The MDRD formula is not recommended for patients with CKD stage 5 or acute dialysis \[[@CR8]\].
The best correction factor for alkaline phosphatase in chronic renal failure is 1.0 in men and 1.2 in women; the correction factor is 1.5 if ALP is \> 2.5 times the upper limit of normal \[[@CR20]\].
The present systematic review demonstrates that despite strict prevention policies and increasing infection control protocols, HIV-related infections have remained a major cause of hospital admissions and a risk factor for death in HIV-positive patients. Even if pulmonary disease is the main cause of death in this population, cardiovascular disease (44.6% of death cases) is the main cause of death, accounting for 20.4% of all-cause death. HIV-related pneumonia, which is the main cause of death, is an AIDS defining condition \[[@CR21]\].
On the other hand, prevention efforts are well implemented on the screening of HIV-positive patients for AIDS-defining diseases, and virological monitoring. In addition, the introduction of HAART therapy for HIV-positive patients has increased survival. Hence, a decrease in AIDS-related deaths and an increased survival time of HIV-positive patients is expected \[[@CR22]\].
The goal of antiretroviral therapy (ART) for
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How can I read this array of namedtuples in python
I have a list of data in a file. It looks like this:
[(a, 30), (b, 40), (c, 50), (d, 60), (e, 70), (f, 80)]
How can I take this list of tuples and store the values in namedtuples to make them easier to work with:
[Product(name=’a’, price=30), Product(name=’b’, price=40), Product(name=’c’, price=50), Product(name=’d’, price=60), Product(name=’e’, price=70), Product(name=’f’, price=80)]
I would like to do this in python, not PYTHON
After some advice from adrift over on the mailing list, I got some success
It looks like this:
from collections import namedtuple
products =  for item in tuple_list:
product = namedtuple(‘Product’, [‘name’, ‘price’])
product.name = item product.price = item products.append(product)
You can use a dict subclass to make tuples of namedtuples and then unpacking the list:
>>> from collections import namedtuple
>>> from typing import Dict
class NamedTupleProduct(namedtuple(‘NamedTupleProduct’, [‘name’, ‘price’])):