diff --git a/lab2/README.md b/lab2/README.md
index 38a8be1..807b0b6 100644
--- a/lab2/README.md
+++ b/lab2/README.md
@@ -5,13 +5,6 @@ Therefore we will structure it according to the exercise sessions
 rather than chapters.
 The abstract syntax is given in the subdirectory grammars/abstract/
 
-The compulsory lab assignment has two alternatives:
-
-1. Complete MiniLang for your language of choice
-2. Complete MicroLang + application (Doctor) for your language of choice
-
-If you want to work on the Mini grammar you can ignore everything about the Micro grammar and just work on the corresponding Mini file instead
-
 ## Session 5
 
 1. Design a morphology for the main lexical types (N, A, V) with parameters and a couple of paradigms.
@@ -28,40 +21,16 @@ If you want to work on the Mini grammar you can ignore everything about the Micr
 
 ## Session 7
 
-1. Complete the rest of the definitions of RGL categories and functions in MiniGrammar.
-2. Add concrete UD labels.
-3. Generate a synthetic UD treebank. The simplest way to do this from the
-GF shell is random generation; change english/MiniLangEng.labels to
-the labels of your own language:
+1. Add concrete UD labels.
+2. Generate a synthetic UD treebank by using gfud. 
 
-gr -cat=Utt -number=22 -depth=6 | vd -output=conll
--abslabels=abstract/MiniLang.labels -cnclabels=english/MiniLangEng.labels
-
-*Hint*: if your language is already in the standard RGL, you can implement it easily by making a copy of the files in grammar/swedish.
-But use this implementation only as a reference with which to test your own one: your lab submission must not make any use of the RGL modules, except Prelude!
-
-*To deliver* (but only if you select this assignment): file Mini..X.gf for your language X, together with MiniLangX.labels and a treebank in CoNLL format with 20 trees.
+*To deliver* for your language X, file MicroLangX.labels and a treebank in CoNLL format with 20 trees.
 
 *Deadline*: until the end of the course.
 
 ## Session 8
 
-### Alternative 1: Doctor
-1. Implement a simple application grammar, application/Doctor.gf.
-This can be be done either by using your own MiniResource or the standard resource.
-There are two versions of English implementation to support this.
-Your first approximation can be just to copy it and change the words.
-
-*To deliver* (but only if you select this assignment): file DoctorX.gf for your language X.
-
-*Deadline*: until the end of the course.
-
-
-### Alternative 2: Abstract Wikipedia
-The task is to add a language to the grammar in `wikipedia/`. This involves
-- finding country and other names to implement `CountryNames`, by querying Wikidata labels and using `extract_names.py`;
-- writing the concrete syntax modules for `Facts`, `CountryNames`, and `Countries` for this language.
-
+The task is to add a language to the grammar in `wikipedia/`. Mode details coming soon.
 
 More information on the task can be find in
 - the lecture notes: https://github.com/aarneranta/NLG-examples/blob/main/doc/gf-nlg.pdf 
@@ -69,7 +38,7 @@ More information on the task can be find in
 - the GF Summer School film: https://www.youtube.com/watch?v=gX_y2BqJ0w0&list=PL7VkoRLnYYP6EZngakW7lNNCTjfC93uh0&index=15 
 
 
-## A method for testing your Micro and Mini grammar
+## A method for testing your Micro grammar
 
 Since MicroLang is a proper part of the RGL, it can be easily implemented as an application grammar.
 How to do this is shown in `grammar/functor/`, where the implementation consists of two files: