Skip to main content

Arsenic responsible for gallbladder cancer ?

Arsenic responsible for gallbladder cancer  ?



In a recent study, it was found that "chronic arsenic exposure in drinking water even at low-moderate levels can cause...Gall Bladder Cancer(GBC)". Assam and Bihar are two states in the country that report maximum GBC cases and they have maximum Arsenic load in groundwater or tubewell water that they consume. 

This link between GBC cases and the amount of Arsenic in water imbibes the conclusion that the more Arsenic more will be the risk of GBC. 

The study area was Assam and Bihar where a load of Arsenic varies from 10g/l to even 1500g/l.

The sample population used in the study has a residential time span of 15 to 70 years which ensures minimum to maximum exposure to the groundwater of the area.

When the Arsenic load is 1.3 to 8.9g/l risk of GBC is two times whereas when the load is 9.1 to 448.3g/l the risk is 2.4 times.

But the point here is for a change in Arsenic concentration from 8.9 to 448.3g/l (i.e.,49.37 times) the cases of GBC rose by  20%. Is this sensitivity sufficient to analyze the conclusion of the study?

or
Participate in the debate by commenting on this post.

You may also like :

  1. Seven most coveted job openings for hydro informatics engineering

  2. Seven Most Promising Trends of Research that can create A World with a Sustainable Future

  3. Lecture Notes on MCDM: Buy from:

    Amazon(Kindle version is FREE)

  4. Preorder: GIS in One Page

    Gumroad (Digital version: Preorder Price: INR250 use fall21 as code for a 10% off)

  5. Preorder: 50 Project Ideas on MCDM and GIS

    Instamojo (Digital version: Preorder Price: INR204 with 10% discount)

  6. Share your conference Presentations

  7. We sell hydrologic data

  8. CFP : IJHCE

  9. Recommend

  10. Guest Post to this newsletter


Thanks and see you soon.
@Mrinmoy's Page
@data_hydrology , @Merchandiseor @@products_sustainability
Add to Listy



Popular posts from this blog

M.Tech in Hydroinformatics Engineering at NIT Agartala: Building the Next Generation of Water Intelligence Specialists

Why Hydroinformatics — and Why Now India is facing a water crisis of compounding proportions. Erratic monsoons, receding groundwater tables, increasingly severe floods, and the pressures of rapid urbanisation have made water resource management one of the most urgent engineering challenges of our time. At the same time, the arrival of machine learning, big data, IoT sensor networks, and geospatial intelligence has created an entirely new toolkit for tackling these problems — if only enough engineers know how to use it. That is the promise of Hydroinformatics Engineering: a discipline that fuses hydrological science with the power of modern computation, data science, and artificial intelligence to model, predict, and manage water systems with a precision that was simply not possible a decade ago. NIT Agartala, an Institute of National Importance under the Government of India, has launched a 2-year full-time M.Tech programme in Hydroinformatics Engineering to train exactly these speciali...

“Lighting the Countryside: A Review of Electricity for the Farm”

“Lighting the Countryside: A Review of Electricity for the Farm” is a clear, engaging reflection on how a 1915 manual about farm electrification still speaks to today’s distributed energy and rural development debates. hydrogeek.substack +1 Core focus of the review The review introduces Frederick Irving Anderson’s “Electricity for the Farm: Light, Heat and Power by Inexpensive Methods from the Water Wheel or Farm Engine” as a practical, narrative-style manual aimed at early‑20th‑century farmers with curiosity but little formal training. hydrogeek.substack +1 It highlights how the book shows farmers using small streams or farm engines to generate electricity for lighting, heating, and power, replacing smoky lamps and manual drudgery with safer, cleaner energy services. hydrogeek.substack +1 Strengths highlighted The review praises the structure : an opening narrative centered on “Perkins” and his neighbor demonstrates, almost like a case study, how an idle water wheel becomes a 24‑hour ...