diff --git a/73.md b/73.md
index 6cc579a5..1401069e 100644
--- a/73.md
+++ b/73.md
@@ -20,7 +20,7 @@ Event kind `35337` describes a workbook with `data` tags that contain the value
     ["data", "<sheet name>", "<column letter>", "<row number>", "<value>", "<style>"],
     ["style", "<TBD>"], // Need to specify all options here. 
   ],
-  "content": "",
+  "content": "", // reserved for private content below
   // ...
 }
 ``` 
@@ -50,9 +50,9 @@ As an example:
 
 TBD
 
-## Private SpreadSheets
+## Private Spreadsheets
 
-A private spreadsheet has all tags in a JSON-stringified and NIP-44-encrypted to the user's own pubkey `.content`
+A private spreadsheet has tags in a JSON-stringified and NIP-44-encrypted to the user's own pubkey `.content`
 
 ```js
 {
@@ -66,16 +66,16 @@ A private spreadsheet has all tags in a JSON-stringified and NIP-44-encrypted to
     ["data", "<sheet name>", "<column letter>", "<row number>", "<value>", "<style>"],
     ["style", "<TBD>"], // Need to specify all options here. 
     // ... other tags
-  ], privateKey, pubkey),
+  ], author.privateKey, author.pubkey),
   // ...
 }
 ``` 
 
-## Sharing Encrypted Spreadsheets with Viewer-only permission.
+## Sharing Encrypted Spreadsheets with View-only permission to a Group
 
 Ready-only sharing is achieved by adding a `p` tag to each receiver with a shared secret to decrypt the `.content`. 
 
-The shared secret is a Nostr Private Key in hex, NIP-44-encrypted to each `p` tag and placed as a 4th value in each tag.  
+The shared secret is a new Nostr Private Key in hex, NIP-44-encrypted to each `p` tag and placed as a 4th value in each tag.  
 
 The `.content` is then encrypted by a conversation key between the new private and the public key. 
 
@@ -83,12 +83,13 @@ The `.content` is then encrypted by a conversation key between the new private a
 val keyPair = nostr.generateKeyPair()
 
 {
+  "pubkey": author.pubkey
   "kind": 35337,
   "tags": [
     ["d", "<unique identifier>"]
-    ["p", "<pubkey 1>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, "<pubkey 1>") ]
-    ["p", "<pubkey 2>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, "<pubkey 2>") ]
-    ["p", "<pubkey 3>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, "<pubkey 3>") ]
+    ["p", "<pubkey 1>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, author.privateKey, "<pubkey 1>") ]
+    ["p", "<pubkey 2>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, author.privateKey, "<pubkey 2>") ]
+    ["p", "<pubkey 3>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, author.privateKey, "<pubkey 3>") ]
   ],
   "content": nip44Encrypt([
     ["title", "Name of this spreadsheet"], // private title
@@ -97,15 +98,16 @@ val keyPair = nostr.generateKeyPair()
     ["style", "<TBD>"], // Need to specify all options here. 
     // ... other tags
   ], keyPair.privateKey, keyPair.publicKey),
+  "sig": signWith(author.privateKey)
   // ...
 }
 ``` 
 
-To decrypt, receivers SHOULD find the ciphertext for their key, decrypt that to get the shared private key and use the shared private key to decrypt the `.content`.
+To decrypt, receivers SHOULD find the `p`-tag ciphertext for their key, decrypt that to get the shared private key and use the shared private key to decrypt the `.content`.
 
 Clients SHOULD include the author as a `p` tag to save the secret that will allow the author to decrypt and modify the event further. 
 
-## Sharing Encrypted or Public Spreadsheets with Edit permission.
+## Sharing Encrypted or Public Spreadsheets with Edit permission to a Group
 
 This method allows anyone listed as the `p` tag to edit the Spreadsheet. It follows a similar process to read-only spreadsheets, but instead of signing the event with the author's main key, the event is signed by the shared secret as well. 
 
@@ -117,18 +119,23 @@ val keyPair = nostr.generateKeyPair()
   "kind": 35337,
   "tags": [
     ["d", "<unique identifier>"]
-    ["p", "<pubkey 1>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, "<pubkey 1>") ]
-    ["p", "<pubkey 2>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, "<pubkey 2>") ]
-    ["p", "<pubkey 3>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, "<pubkey 3>") ]
+    ["p", "<pubkey 1>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, keyPair.privateKey, "<pubkey 1>") ]
+    ["p", "<pubkey 2>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, keyPair.privateKey, "<pubkey 2>") ]
+    ["p", "<pubkey 3>", "<relay url>", nip44Encrypt(keyPair.privateKeyHex, keyPair.privateKey, "<pubkey 3>") ]
+
+    ["title", "Name of this spreadsheet"], // public title
+    ["data", "<sheet name>", "<column letter>", "<row number>", "<value>"], // public data
+    ["data", "<sheet name>", "<column letter>", "<row number>", "<value>", "<style>"],
+    ["style", "<TBD>"], // public styles
   ],
   "content": nip44Encrypt([
     ["title", "Name of this spreadsheet"], // private title
     ["data", "<sheet name>", "<column letter>", "<row number>", "<value>"], // private data
     ["data", "<sheet name>", "<column letter>", "<row number>", "<value>", "<style>"],
-    ["style", "<TBD>"], // Need to specify all options here. 
+    ["style", "<TBD>"], // private styles
     // ... other tags
   ], keyPair.privateKey, keyPair.publicKey),
-  "sig": signWith(id, keyPair.privateKey)
+  "sig": signWith(keyPair.privateKey)
   // ...
 }
 ```